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No liability can be accepted for printing errors or technical changes of any kind.Our Conditions of Sale and Terms of Payment apply. Available on request.

Guhring oHGP.O. Box 100247 ‧ D-72423 Albstadt Herderstr. 50-54 ‧ D-72458 Albstadt Telephone: +49 74 31 17-0 ‧ www.guehring.de

GUhrinG And iTS ProdUCTS

– company specific expertise

– global sales and service

– innovative products

– technology highlights

– precision tools summary

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2 GUhrinG And its products

ConTenTS

FOREWORD BY DR. JöRG GüHRinG PAGE

GUHRinG AnD iTS EXPERTiSE PAGE

GUHRinG AnD iTS WORLD-WiDE PRESEnCE PAGE

GUHRinG AnD iTS CUSTOMERS PAGE

GUHRinG AnD iTS SERViCE PAGE

GUHRinG AnD iTS TECHnOLOGY TREnDS PAGE

GUHRinG AnD iTS innOVATiVE PRODUCTS PAGE

DRiiLinG TOOLS & GUn DRiLLS PAGE

THREAD CUTTinG TOOLS PAGE

MiLLinG CUTTERS PAGE

REAMinG TOOLS PAGE

COUnTERSinKinG TOOLS PAGE

PCD AnD CBn TOOLS PAGE

MODULAR TOOLinG SYSTEMS PAGE

THE GUHRinG GROUP PAGE

GUhrinG And its products 3

Foreword dr. JörG GührinGPreSidenT oF The BoArd

Everything from one supplier including service and tool management - thanks to this principle our customers

have made Guhring into one of the world‘s leading suppliers of rotary cutting tools. our own carbide production, machine and equipment division, coating technology including r&d harmonise this core expertise through continuous innovation and on-going development.

the customer benefits in numerous respects: through optimal machining results, highest productivity, excellent economic efficiency and always current tool technologies, opening up new opportunities in efficiency for their production. With Guhring tools the customer can be assured that tool material, geometry and efficiency - the essential parameters for tool efficiency - are perfectly synchronised. With probably the most comprehensive standard tool range on the market and the scope of our special tool production, Guhring customers are guaranteed to always find the most optimal tool for their specific machining task. customers can rely on a global sales and service network offering advice and support in all cutting tool application matters around the clock.

Guhring aims to convince its customers with total efficiency in the future!

dr. Jörg Gühring

Guhring‘s carbide production in Berlin: It enables us to produce carbide grades that are perfectly adapted to the requirements of a multitude of machining tasks.

Headquarters:Sales and international administration are located in Albstadt-Ebingen. In addition, HSS production is housed in plant I and the new plant II is home to PCD/CBN production.

Coating technology: We develop new coatings and coating processes for the application optimised coating of tools.

Service:Our service division looks after a tool for its entire life, from re-grinding and re-coating to a complete tool management.

R&D centre: Here, new tooling concepts are developed from innovative ideas and realised with state-of-the-art design and development tools and then brought to market maturity at our test facility.

Location Berlin:The production of precision tools as well as central warehouse and coating development are located here.


GUhrinGAnd iTS eXPerTiSe:deVeLoPMenT & ProdUCTion

Guhring‘s PCD-/CBN- tool production:We produce high-tech tools with state-of-the-art production facilities to satisfy the highest demands particularly from the automotive and aeros-pace industry.

Guhring has its own carbide production, coating technology, machine and equipment division as well as

pcd/cBn tool production including the development expertise for these core areas of tool production at its disposal. it enables us to produce precision tools for drilling, milling, reaming and countersinking operations as well as for the production of threads including holders and clamping equipment that are optimally adapted to the customer‘s current machining requirements.

in addition, the combined expertise within the Guhring group allows us to be extremely flexible and react quickly to new trends in the cutting tool world. subsequently, we can provide tools to customers at short notice that, for example, allow the economical machining of new materials or are adapted to special requirements of new machining technologies thanks to application optimised tool materials, coatings and geometries.

the service division completes Guhring‘s product range with complete service support. in addition to the conventional re-grinding and re-coating together with a collection and delivery service it also includes customer specific tool management projects as well as a coating service for tools, indexable inserts and wear parts regularly found in machines etc.

The Management (from left to right):Dietmar Pfränger, Production and Technical Director Dr. Jörg Gühring, President and R&DOliver Gühring, Sales and Marketing DirectorBernd Schatz, Financial and Commercial Director

Irreplaceable: Personal contact and efficient advice are the key to an optimal tool application in your production.

At your disposal: Our R&D not only develops innovative tools for our current tool range, it is also available to our customers as a competence centre in tool design matters.

Tool planning made easy:GUHROGRAPHICS include DXF and DWG graphics to BMG specifications of all Guhring standard tools.

Useful aid: The GuhringNavigator is your assistant for an application orientated tool selection and provides competent application recommendations for our standard range.


GUhrinGAnd iTS eXPerTiSe:AdViCe & SerViCe

Application on site:Our technical field service department solves machining tasks on site in the customers‘ production.

Even the best tool can only develop its full potential if it is optimally designed and correctly applied. therefore,

Guhring provides its customers with comprehensive advice and service in all tool and process design optimisation matters.

this includes information such as our Guhringnavigator with application and cutting rate recommendations, compasses for an applicastion orientated tool selection as well as Guhrographics we give to our customers as advisor and work utensil with standardised tool graphics (dXF and dWG) to BMG specifications to simplify tool planning.

However, data and information are merely the basis for an optimal tool application. they cannot replace practical experience, years of know-how and personal commitment of our personnel in tool and process design - especially not for difficult and complex machining tasks. in these cases our customers have our sales representatives as direct contacts at their disposal on-site, supported by our technical service department and the tool specialists in our r&d centre. Guhring customers can fall back on and utilise for their production possibly a unique wealth of knowledge and experience in rotary cutting tool matters.

Production China

Production Great Britain

Production Italy

Production Taiwan

Production India

Production Czech Republic

Production Romania

World-wide in locations close to our customers:Own production facilities in locations close to our customers ensure an opti-mal provision of tools to our international customer base. Contacts are cultiva-ted at international trade fairs.

Production Mexiko


GUhrinGAnd iTS GLoBAL PreSenCe

Production Joinville

Production USA-Brookfield

Production USA-New Hudson

ProductionJapan

Production Korea

Production Poland

At Guhring, customer closeness is paramount. We are, therefore, present world-wide in the direct proximity

of our customers - with 26 production and 36 service centres, 43 subsidiaries as well as in excess of numberless reliable marketing partners on every continent.

the advantages of this international presence to our customers are clear: short distances for supplying tools, contacts with knowledge of the specific requirements of the respective market and cost-efficient, high-quality production to world-wide recognised standards - also for high-tech solutions, as for example, complete tools with pcd/cBn cutting edges.

Especially our technical field service department with in excess of 130 application technicians world-wide is a valuable bonus for our customers. the department provides its entire knowledge in machining matters in order to optimise your production and to increase your productivity.

Special tools:Complex tooling systems that combine several machining operations and in this way optimise your production are one of the specialities of our development and production technicians.

Aviation:For the machining of high-tech materials and the demand for highest quality the aerospace industry relies on Guhring tools and advice from the specifically created Key Account Aircraft.

Precision mechanics:Our high-precision tools are also applied for micro-machining in the precision mechanics industry. In addition, many companies in this field also rely on our coating service.


GUhrinGAnd iTS CUSToMerS

Automotive:Fuel economy and safety requirements are increasing the application of lighter, but more difficult-to machine materials in the automotive industry - Guhring has suitable tool solutions on hand.

Micro-precision:Guhring tools also stand for highest precision in the production of micro holes and threads in circuit boards.

Awarded:Dr. Jörg Gühring (left) accepts the Volkswagen Group Award for “Busi-ness Performance” from Dr. Bernd Pischetsrieder, Chairman of the Board of theVolkswagen AG.

Our customers are countless machining companies all over the world, from small family businesses to

international companies. it includes the automotive industry as well as its suppliers, the aerospace industry, the engineering industry and many specialists for difficult machining tasks, as for example, in the watch and clock making industry or in the production of cicuit boards.

they all put their trust in the efficiency and quality of our tools for the machining of conventional materials such as steel, cast iron or aluminium as they do for the machining of high-tech materials such as cGi (compacted graphite iron) and Adi (austempered ductile iron) and other special alloys. they all utilise the opportunities from machining technologies co-developed by Guhring such as, for example minmal quantity lubrication to optimise your production. And they all value the customer friendly support from our commercial and technical field engineers. countless din En iso 9001, din En iso 14001 and VdA 6.4 certificates as well as awards such as, for example, the Volkswagen Group Award for “Business performance” or ”supplier of the Years 2006/2007“ of the schaeffler-Gruppe.

Supplier of the year 2006/2007:Maria-Elisabeth Schaeffler, partner of the Schaeffler Group, presents the award to Dr. Jörg Gühring.

All expertise at one table: Our OEM sales team includes specialists from tool planning, tool design and tool application, that develop tooling solutions hand in hand with our customers.

Advice on-site:Our technical field service solves demanding machining tasks on-site in your production with up-to-date machine, tool and workpiece constellations.

Saving potential:Viewing the planned production process in its entirety opens up countless optimising possibilities through intelligent tool application and ensures cost and time savings.


GUhrinG And iTS CUSToMerS:oeM

Our oEM sales division has been created especially to meet the demand from the machine manufacturers. it

provides support to machine manufacturers and machine users alike from process and tool planning and machine acceptance to commissioning and volume production in the form of a dedicated, experienced project partner to ensure optimal design of the entire machining process and perfect machining results.

in order to satisfy the special requirements of our oEM customers, all functions such as sales, forecasting, design and testing as well as application technology are incorporated in the oEM division. in Germany alone, 50 staff look after the interests of oEM customers, internationally, they can find special contact partners in usA, Brasil, Japan, china, Korea and india.

the success of the past years justifies the considerable personal and technical investment in oEM sales. in 2007 alone, machine manufacturers entrusted us with in excess of 415 oEM projects and benefited from our know-how, for example, by saving on machines thanks to the application of complex combination tools.

Thoroughly tested:Already during the tool and process design phase we carry out comprehensive quality inspections, virtual simulations and practical tests to ensure the tools function perfectly in practical applications.

Excellent quality:Constant quality inspections and our service centre certifications are a guarantee for the high quality of our service.

Secure transport:Our collection and delivery service also includes the provision of tool boxes, in which worn and re-furbished tools are securely stored and transported.

Highest precision:Global state-of-the-art grinding technology is applied in our service centres and world-wide recognised standards apply, always ensuring an optimal grinding pattern.

Re-grinding:Re-grinding with original geometries ensures unlimited efficiency and quality for refurbished tools.

TM Multi Vend:Our basic solution for simple and secure tool storage as well as administration with intelligent software.


Providing a service that satisfies and excels customer expectations is an essential constituent of our customer

orientated product and service range, that also accompanies our tools throughout their application in the customer‘s production. therefore, we have established a special service division within the Guhring group and are continuously expanding our service range.

our tool management solutions relieve customers of all tasks around process planning, stock keeping, logistics, tool application, tool maintenance and process optimisation. Guhring’s modular design tool management allows a perfect adaption of the scope of services to the customer’s specific requirements. Here, numerous customers - including the automotive and supply industry - already rely on our experience and know-how. We can also take over specific components of tool management as well as complete solutions, invoiced “cost per part”.

For the old favourite Guhring services re-grinding and re-coating including contract coating there are a total of 36 service centres located world-wide in close proximity to our customers. there, tools are refurbished to globally harmonised standards with original geometries and original coatings and returned to full efficiency and quality. A collection and delivery service is available on request, relieving customers of the complete tool logistics.

TM tool vending machine:The modern way to store and administer tools - individual design, modular, extendable and operating around the clock.

Logistics service:Our service arrabges to collect tools to be re-ground and re-coated from our customers and delivers the tools again following refurbishment.

GUhrinG And iTS SerViCe

Re-coating and contract coating:The application of our original coatings ensures perfect surfaces

MQL coolant delivery: Thanks to the development of a simple MQL coolant delivery we are forerunners in a large scale introduction of MQL machining.

High-tech development: Our R&D is equipped with state-of-the-art deve-lopment and simulation equipment for an efficient and fast tool planning.

HR 500 reamer:Reaming with Cermet performance, but without Cermet disadvantages - enabled by HR 500 solid carbide HPC reamers.

RS 100 milling cutters:The innovative roughing geometry reduces top surface wear. Advan-tages are increased tool life, improved workpiece surface and highest feed rates.

PCD stepped reamers: New, unique solutions for diameter setting and coolant delivery give highest accuracy and extremely long tool life with simple handling.

Solid carbide taps: Thanks to optimised tool material, the machining of numerous materials is now possible with solid carbide.


GUhrinG And iTS TeChnoLoGY TrendS

Aquick reaction to current machining technology trends has always been one of Guhring‘s strengths. And that‘s not all:

in many cases new possibilities for the customer’s production have been created thanks to innovative tooling technologies. For example, we have optimised and simplified tool holding through the develop-ment of HsK, today documented in iso 12164-1/-2. For MQL machi-ning and the machining of new materials such as cGi and Adi we are currently one of the forerunners for new technologies.

Hereby, it is always Guhring‘s aim to immediately apply new technologies for tools from our standard range. customers not only benefit from new possibilities but also from a favourable cost-efficiency ratio thanks to volume production. An example of this are the ratio drill rt 100 r with patent applied for radius geometry as well as the spiral-fluted deep hole drill rt 100 t for holes up to 40 x d, numerous tool holders optimised for MQL machining, clamping sets and components in our GM 300 program, high-performance roughing milling cutters rs 100 with optimised geometry, solid carbide threading tools for maximum cutting speeds and tool life as well as solid carbide Hpc reamers Hr 500 or multi-stepped, adjustable pcd reamers with 6 cutting edges.

the technology advantage is possible thanks to Guhring‘s experience spanning more than a hundred years in machining with rotary cutting tools and gathering the entire expertise in tool materials, coatings, geometries including manufacturing tools all from one company. At Guhring, all these areas work hand in hand and through our technical field service we remain in constant close contact with our customers to achieve optimal tools and machining technologies and tools.

Trendsetter: The spiral-fluted deep hole drills RT 100 T and RT 100 R with patented radius geometry set new standards in your field of functions.

Know-how:Guhring‘s experience in tool and process design is mirrored in our special tools, they not only solve especially difficult machining tasks but also offer saving potentials.

Endless possibilities:Guhring produces special tools with customer specific shanks, flutes, cutting edges and no. of steps.

High-tech:Complex combination tools enable the completion of various machining operations with one tool that results in considerable savings for the production of our customers.


Perfect logistics:Time is money - this also applies to special tools. Although they can‘t be delivered overnight, we do, however, achieve the shortest possible delivery from the the initial enquiry to the delivery of the finished tool thanks to the close links in the process chain.

GUhrinG And iTS innoVATiVe ProdUCTS:SPeCiAL TooLS

Although Guhring‘s standard tool range includes in excess of 1650 different types in more than 44,000 dimensions

for the most varying of machining tasks and materials and subsequently belongs to one of the largest tool programs on the market, it doesn‘t cover all the specific applications of our customers by a long shot. therefore, we provide our comprehensive expertise to customers for the development and production of highly complex special tools that are perfectly adapted to the specific requirements of the respective production. our special tool service ranges from the modification of standard tools in order to optimise them for a special application and the production of tools to customer drawing to the development and production of highly complex combination tools that enable different machining operations with a complete tool. Guhring‘s expertise for the core areas of tool material, coating and geometry guarantee the customer‘s special tool is always optimally adapted to the specific application.

The actual catalogue:In excess of 1650 types in more than 44,000 dimen-sions probably form the largest standard program of rotary cutting tools on the market and document our broad spectrum of tool know-how.


GUhrinG And iTS CATALoGUe ProGrAM

new materials and the ever increasing demand for quality and performance as well as more economic machining

constantly set Guhring the task of providing customers with suitable tooling solutuins. Guhring has always met this demand through the application of new geometries, carbide grades and coatings for standard tools.

in Guhring‘s current catalogue 2009, the customer will find in excess of 1650 different drilling, thread cutting, milling, reaming and countersinking tools in more than 44,000 dimensions as well as detailed information regarding their application as well as machining parameters. it includes high-tech tools such as rt 100 r with radius point geometry for machining new and conventional cast materials, rt 100 t ratio drill for deep holes up to 40 x d as well as Hr 500 high-performance reamers, offering completely new possibilities for finish machining or our ex-stock one- and two-fluted gun drill program making gun drilling into a standard machining operation. threading tools in solid carbide or for hard machining as well as pcd milling cutters complete the standard range with further high-tech solutions.

consequently, Guhring probably offers the most comprehensive standard program of rotary cutting tools on the market. An overview can be found on the following pages. detailed information is available on the internet at www.guehring.de., in our main catalogue as well as in brochures covering individual products and subjects. We appreciate your interest!

driLLinG TooLS & GUn driLLS

tool illustration tool material Guhring no.

standard type surface drilling depth

shank design diameter range

Ratio drills without oil feed

solid carbide 1184

din 6537 K rt 100 u 3 x d HE 3,000 - 20,000

solid carbide 1673

din 6537 K rt 100 u 3 x d HA 3,000 - 20,000

solid carbide 2472

din 6537 K rt 100 u 3 x d HE 3,000 - 20,000

solid carbide 2480

din 6537 K rt 100 u 3 x d HA 3,000 - 20,000

solid carbide 1659

din 6537 K rt 100 F 3 x d HA 4,600 - 13,000

solid carbide 2475

din 6537 K rt 100 F 3 x d HA 3,700 - 13,000

solid carbide 2717

din 6537 L rt 100 u 5 x d HA 3,000 - 16,000

solid carbide 2718

din 6537 L rt 100 u 5 x d HE 3,000 - 16,000

solid carbide 2719

din 6537 L rt 100 u 5 x d HE 3,000 - 20,000

solid carbide 2996

din 6537 L rt 100 u 5 x d HA 3,000 - 20,000

solid carbide 2712

din 6537 L rt 100 F 5 x d HA 3,000 - 16,000

solid carbide 1242

din 6539 rt 100 u 3 x d dZ 3,000 - 16,000

solid carbide 2473

din 6539 rt 100 u 3 x d dZ 3,000 - 16,000

solid carbide 1702

din 6539 rt 100 F 3 x d dZ 3,000 - 15,000

Ratio drills

bright steam tempered nitrided lands nitrided golden brown TiAlN

AlTiN TiCN FIRE AlCrN TiN MolyGlide





Ratio drills without oil feed

solid carbide 1798

din 6539 rt 100 G 3 x d dZ 3,000 - 16,000

solid carbide 1243

Guhring std. rt 100 u 5 x d dZ 5,000 - 16,000

solid carbide 2474

Guhring std. rt 100 u 5 x d dZ 5,000 - 16,000

solid carbide 1799

Guhring std. rt 100 G 5 x d dZ 5,000 - 15,000

Ratio drills with oil feed

solid carbide 1181

din 6537 K rt 100 u 3 x d HE 3,000 - 20,000

solid carbide 1661

din 6537 K rt 100 u 3 x d HA 5,000 - 21,000

solid carbide 2469

din 6537 K rt 100 u 3 x d HE 3,000 - 20,000

solid carbide 2477

din 6537 K rt 100 u 3 x d HA 3,000 - 20,000

solid carbide 1180

din 6537 K rt 100 F 3 x d HE 3,300 - 25,000

solid carbide 1660

din 6537 K rt 100 F 3 x d HA 3,100 - 22,000

solid carbide 2468

din 6537 K rt 100 F 3 x d HE 3,000 - 20,000

solid carbide 1183

din 6537 L rt 100 u 5 x d HE 3,300 - 20,000

solid carbide 1663

din 6537 L rt 100 u 5 x d HA 3,000 - 19,500





solid carbide 2471

din 6537 L rt 100 u 5 x d HE 3,000 - 20,000

solid carbide 2479

din 6537 L rt 100 u 5 x d HA 3,000 - 20,000

solid carbide 1182

din 6537 L rt 100 F 5 x d HE 3,000 - 25,000

solid carbide 1662

din 6537 L rt 100 F 5 x d HA 3,000 - 24,500

solid carbide 2470

din 6537 L rt 100 F 5 x d HE 3,000 - 20,000

solid carbide 2478

din 6537 L rt 100 F 5 x d HA 3,000 - 20,000

solid carbide 6501

din 6537 L rt 100 r 5 x d HA 3,000 - 20,000

solid carbide 2711

Guhring std. rt 100 u 7 x d HA 3,000 - 19,500

solid carbide 4044

Guhring std. rt 100 u 7 x d HA 3,000 - 20,000

solid carbide 4045

Guhring std. rt 100 u 7 x d HE 3,000 - 20,000

solid carbide 6502

Guhring std. rt 100 r 7 x d HA 4,000 - 20,000

solid carbide 768

Guhring std. rt 150 GG 4 x d HA 3,000 - 20,000

solid carbide 6068


solid carbide 769


Ratio drills



Ratio drills








solid carbide 6069


solid carbide 770


solid carbide 6070


solid carbide 773

Guhring std. rt 150 Gn 15 x d HA 5,000 - 14,000

solid carbide 6511

Guhring std. rt 100 t 20 x d HA 3,000 - 14,000

solid carbide 6512


solid carbide 6513


solid carbide 6514


carbide 1171

din 6538 K rt 80 u 3 x d HE 9,500 - 25,500

carbide 1172

din 6538 M rt 80 u 5 x d HE 9,500 - 25,500

carbide 1173

din 6538 L rt 80 u 7 x d HE 9,500 - 25,000

3-flute Ratio drills

solid carbide 2713

din 6537 L Ft 200 G 5 x d HA 3,000 - 20,000

solid carbide 2939

din 6537 L Ft 200 G 5 x d HA 5,000 - 18,500

Ratio drills




Ratio drills






3-flute Ratio drills

solid carbide 731

din 6539 Gs 200 u 5 x d dZ 3,000 - 20,000

solid carbide 611

din 6539 Gs 200 u 5 x d dZ 3,000 - 19,500

solid carbide 1021

din 6539 Gs 200 u 5 x d dZ 3,700 - 17,000

solid carbide 745

din 6539 Gs 200 G 3 x d dZ 3,570 - 19,500

solid carbide 1020

din 6539 Gs 200 G 3 x d dZ 3,600 - 20,000

solid carbide 1024

din 6539 Gs 200 G 5 x d dZ 4,100 - 19,500

solid carbide 1025

din 6539 Gs 200 G 5 x d dZ 3,000 - 24,000

solid carbide 1027

din 6539 Gs 200 F 5 x d dZ 3,000 - 18,500




3-flute stepped Ratio drills

solid carbide 1033

Guhring std. Gs 200 u dZ 4,000 - 20,000

solid carbide 1032

Guhring std. Gs 200 G dZ 3,400 - 20,000

solid carbide 1034

Guhring std. Gs 200 G dZ 3,100 - 20,000

hT 800 wP - rT 800 wP - LT 800 wPThe interchangeable insert drilling system T 800 is the intelligent solution for efficiently and economically machi-ning large and deep holes applying the following types: HT 800 WP: Drilling depths 3xD/5xD/7xD, interch. ins. bright/Fire, Ø-range 11.0 - 25.99 mmRT 800 WP: Drilling depths 3xD/5xD/7xD, interch. ins. bright/TiN/Fire, Ø-range 16.0 - 40.5 mmLT 800 WP: Drilling depth up to 12xD, interch. ins. bright/TiN/Fire, Ø-range 40.0 - 100.0 mm

>Ø2,36

>Ø2,36

>Ø2,36

>Ø2,36

>Ø2,36

>Ø2,36

>Ø2,36

Straight shank twist drills







standard type surface cutting direction diameter range

Jobber drills

Hss 2456

din 338 n rh 1,000 - 16,000

Hss 2457

din 338 Gt 100 rh 1,000 - 15,000

Hsco 305

din 338 n rh 0,200 - 20,000

Hsco 308

din 338 n lh 0,360 - 20,000

Hsco 605

din 338 ti rh 0,200 - 19,000

Hsco 608

din 338 ti lh 1,000 - 9,500

Hsco 622

din 338 Gt 100 rh 1,000 - 16,000

Hsco 657

din 338 ti rh 0,500 - 14,500

Hsco 658

din 338 Gt 100 rh 1,000 - 16,000

Hsco 1221

din 338 Gt 100 rh 3,000 - 12,000

Hsco 1223

din 338 Gt 100 rh 3,000 - 12,000

Hsco 1260

din 338 VA rh 1,000 - 13,000

Hsco 2047

din 338 p2000 rh 1,000 - 13,000

Hsco 2458

din 338 ti rh 0,400 - 15,000




Jobber drills

Hss 205

din 338 n rh 0,200 - 20,000

Hss 206

din 338 H rh 0,200 - 20,000

Hss 207

din 338 W rh 0,200 - 20,000

Hss 208

din 338 n lh 0,200 - 20,000

Hss 209

din 338 H lh 0,300 - 20,000

Hss 210

din 338 W lh 0,250 - 20,000

Hss 240

din 338 n rh 3,000 - 16,000

Hss 549

din 338 Gt 100 rh 0,600 - 16,000

Hss 550

din 338 Gt 100 lh 1,000 - 16,000

Hss 560

din 338 n rh 2,370 - 5,610

Hss 651

din 338 n rh 0,200 - 19,500

Hss 652

din 338 Gt 100 rh 1,000 - 16,000

Hss 664

din 338 n lh 0,250 - 14,250

Hss 665

din 338 Gt 100 lh 1,300 - 10,200

>Ø2,36

>Ø2,36

>Ø16,0

<Ø2,36

>Ø16,0

<Ø2,36

>Ø2,36

>Ø2,36









Jobber drills

Hsco 2459

din 338 Gt 100 rh 1,000 - 16,000

Hsco 2997

din 338 n rh 1,000 - 14,500

M42 1146

din 338 n rh 0,500 - 16,000

carbide 710

Guhring std. duro 150 rh 3,000 - 14,000

solid carbide 732

Guhring std. n rh 1,000 - 12,000

solid carbide 2464


Stub drills

Hss 223

din 1897 n rh 0,350 - 48,000

Hss 224

din 1897 H rh 0,690 - 22,000

Hss 225

din 1897 W rh 1,000 - 22,000

Hss 226

din 1897 n lh 0,320 - 50,000

Hss 227

din 1897 H lh 0,750 - 24,000

Hss 228

din 1897 W lh 1,000 - 20,000

Hss 552

din 1897 Gt 80 rh 1,000 - 20,000




Stub drills

Hss 553

din 1897 Gt 80 lh 1,000 - 20,000

Hss 653

din 1897 n rh 0,500 - 30,160

Hss 672

din 1897 n lh 0,900 - 16,000

Hss 2460

din 1897 n rh 1,000 - 16,000

Hsco 329

din 1897 GV 120 rh 0,400 - 48,000

Hsco 330

din 1897 GV 120 lh 0,450 - 35,000

Hsco 659

din 1897 GV 120 rh 0,500 - 15,500

Hsco 1228

din 1897 Gt 80 rh 1,000 - 20,000

Hsco 1261

din 1897 VA rh 1,000 - 12,000

Hsco 2048

din 1897 p2000 rh 1,000 - 13,000

Hsco 2461

din 1897 GV 120 rh 1,000 - 20,000

Hsco 2498

din 1897 Gt 80 rh 1,000 - 16,000

M42 1259

din 1897 n rh 1,000 - 15,870

Hss-E-pM 515

din 1897 Gt 500 rh 1,000 - 14,000



Stub drills

solid carbide 730

din 6539 n rh 0,500 - 16,000

solid carbide 2463

din 6539 n rh 1,000 - 16,000

solid carbide 702


solid carbide 709


Set of jobber drills

Hss/Hsco 200

din 338 n rh -

Set of jobber drills in case

Hsco 195

din 338 VA rh -

Hss/Hsco 201

din 338 n rh -

Hsco 2049

din 338 p2000 rh -

Hsco 2050

din 1897 p2000 rh -

Twist drills with oversize straight shank

Hsco 512

Guhring std. Gu 500 rh 2,000 - 20,000

Hss-E-pM 513

Guhring std. Gt 500 rh 2,000 - 13,000










Twist drills with oversize straight shank

Hsco 511

Guhring std. Gu 500 rh 2,000 - 20,000

solid carbide 1946

din 6537 K H rh 3,000 - 12,000

Jobber drills with 12.7 mm dia. shank

Hss 268

Guhring std. n rh 13,000 - 31,750

Stub drills with 16.0 mm dia. shank

Hsco 128

Guhring std. n rh 16,000 - 40,000

Stub drills with 25.4 mm dia. shank

Hsco 129

Guhring std. n rh 25,000 - 40,000

Hsco 136

Guhring std. n lh 25,000 - 39,000

90° nC-spotting drills

Hss 557


Hss 568


solid carbide 723


Hss 559


>Ø2,36

>Ø2,36

>Ø2,36

>Ø2,36

>Ø2,36











Hss 556


Hss 567


solid carbide 724



solid carbide 546


Straight shank drills double-ended

Hss 554

Guhring std. dK 77 rh 1,500 - 10,500

Micro-precision drills without oil feed

Hss-E-pM 301

din 1899 n rh 0,050 - 1,920

Hss-E-pM 303

din 1899 n lh 0,130 - 1,945

Hss-E-pM 660

din 1899 n rh 0,128 - 1,900

solid carbide 701


solid carbide 6400


solid carbide 6401




Micro-precision drills with oil feed

solid carbide 6408


solid carbide 6412


Long series twist drills

Hss 204

din 340 n rh 2,950 - 25,250

Hss 217

din 340 n rh 0,400 - 36,510

Hss 218

din 340 H rh 0,500 - 18,000

Hss 219

din 340 W rh 0,400 - 20,640

Hss 220

din 340 n lh 0,450 - 29,000

Hss 221

din 340 H lh 0,430 - 15,000

Hss 501

din 340 Gt50 rh 1,000 - 14,000

Hss 506

din 340 Gt 100 lh 1,400 - 13,000

Hss 535

din 340 Gt 100 rh 1,000 - 14,000

>Ø2,36

>Ø2,36

>Ø2,36

>Ø2,36

>Ø2,36










Extra length twist drills, series 1

Hsco 618

din 1869 Gt 100 rh 2,700 - 10,000


Hss 236

din 1869 n rh 2,700 - 13,000

Hss 503

din 1869 Gt 100 rh 2,000 - 13,000

Hss 528

din 1869 Gt50 rh 3,000 - 13,000

Hss 671

din 1869 Gt 100 rh 2,700 - 8,500

Hsco 619

din 1869 Gt 100 rh 3,000 - 10,000


Hss 237

din 1869 n rh 3,500 - 13,000

Hss 504

din 1869 Gt 100 rh 2,500 - 13,000

Hss 529

din 1869 Gt50 rh 2,500 - 13,000

Extra length twist drills

Hss 242

Guhring std. Gt 100 rh 6,000 - 12,000

Hss 243

Guhring std. Gt 100 rh 8,000 - 12,000



Long series twist drills

Hss 667

din 340 n rh 0,500 - 22,220

Hss 668

din 340 Gt 100 rh 1,000 - 14,000

Hss 2462

din 340 Gt 100 rh 1,000 - 10,000

Hsco 317

din 340 n rh 0,500 - 26,000

Hsco 336

din 340 Gt 100 rh 1,000 - 16,000

Hsco 396

din 340 Gt 100 rh 1,000 - 12,000

Hsco 617

din 340 ti rh 1,000 - 13,000

Hsco 669

din 340 ti rh 1,000 - 10,200

solid carbide 706



Hss 235

din 1869 n rh 1,600 - 13,000

Hss 502

din 1869 Gt 100 rh 1,950 - 13,000

Hss 524

din 1869 Gt50 rh 2,000 - 12,700

Hss 670

din 1869 Gt 100 rh 1,980 - 12,700

>Ø2,36

>Ø2,36

>Ø2,36

>Ø2,36

>Ø2,36




Hss 244

Guhring std. Gt 100 rh 10,000 - 12,000

Aircraft extension drills, 6 inches long

Hss 577

nAs 907 n rh 1,500 - 8,000

Hss 579

nAs 907 n rh 1,500 - 8,000

Aircraft extension drills, 12 inches long

Hss 578

nAs 907 n rh 1,500 - 8,000

Hss 580

nAs 907 n rh 1,500 - 8,000

Taper pin drills

Hss 531

din 1898 n rh 1,000 - 12,000

Carbide-tipped twist drill

carbide 703

din 8037 n rh 1,700 - 24,000

carbide 704

din 8038 n rh 1,500 - 24,500

Kevlar drills

solid carbide 1149











Carbide tipped spade drills

carbide 707

Guhring std. rh 3,000 - 12,000

Masonry drills

carbide 716


Bushing length twist drills

Hss 211

din 339 n rh 0,800 - 20,000

Hss 561

din 339 n rh 2,400 - 5,000

Hss 666

din 339 n rh 1,000 - 13,000

Hsco 311

din 339 n rh 1,100 - 19,000


standard type surface cutting direction

oil feed type diameter range

Oil feed drills

Hsco 1131

Guhring std. Gt 80 iK rh axial 5,000 - 20,000

Hsco 1132

Guhring std. Gt 80 iK rh axial 5,000 - 20,000

Hss 390

Guhring std. n rh axial 3,000 - 13,000

>Ø16,0

>Ø16,0

>Ø2,36

>Ø16,0

>Ø16,0

Taper shank twist drills









Twist drills

Hsco 645

din 345 Gt 100 rh 9,520 - 39,000

Hsco 661

din 345 n rh 8,000 - 30,000

Hsco 662

din 345 Gt 100 rh 10,000 - 28,500

Hsco 1222

din 345 Gt 100 rh 10,000 - 30,160

Hsco 1224

din 345 Gt 100 rh 10,400 - 30,160

Hsco 1262

din 345 VA rh 10,000 - 33,000

Hss 251

din 346 n rh 10,000 - 76,000

Hsco 351

din 346 n rh 10,000 - 31,500


Hss 257

din 341 n rh 2,900 - 50,000

Hss 505

din 341 Gt50 rh 5,500 - 29,500

Hss 551

din 341 Gt 100 rh 5,500 - 32,000

Hss 655

din 341 n rh 4,000 - 22,000

Hss 656

din 341 Gt 100 rh 6,200 - 23,000



Short length twist drills

Hsco 363

Guhring std. GV 120 rh 7,000 - 43,000

Hsco 663

Guhring std. GV 120 rh 10,500 - 31,000

Hsco 1263

Guhring std. VA rh 10,000 - 30,500

Twist drills

Hss 229

din 345 n rh 8,000 - 59,000

Hss 245

din 345 n rh 2,000 - 98,420

Hss 246

din 345 H rh 6,700 - 47,000

Hss 247

din 345 W rh 3,200 - 43,000

Hss 248

din 345 n lh 6,000 - 60,000

Hss 558

din 345 Gt 100 rh 7,940 - 31,750

Hss 592

din 345 n rh 10,000 - 28,000

Hss 606

din 345 Gt 100 rh 7,940 - 29,000

Hss 654

din 345 n rh 3,000 - 31,000

Hsco 345

din 345 n rh 3,000 - 50,000

>Ø16,0

>Ø16,0

>Ø16,0

>Ø16,0

>Ø16,0

>Ø16,0

>Ø16,0

>Ø16,0




Hsco 357

din 341 n rh 4,750 - 44,000

Hsco 623

din 341 Gt 100 rh 10,000 - 27,780

Hss 523

Guhring std. n rh 10,000 - 29,000


Hss 266

din 1870 n rh 8,000 - 50,000

Hss 525

din 1870 Gt50 rh 7,900 - 33,000

Hss 526

din 1870 Gt 100 rh 8,000 - 31,000

Hsco 620

din 1870 Gt 100 rh 9,520 - 30,000


Hss 267

din 1870 n rh 7,700 - 45,000

Hss 527

din 1870 Gt 100 rh 8,000 - 30,000

Hss 542

din 1870 Gt50 rh 8,000 - 31,000

Hsco 621

din 1870 Gt 100 rh 9,520 - 29,500











Hss 563

Guhring std. Gt 100 rh 6,000 - 7,500

Hss 566

Guhring std. Gt 100 rh 8,000 - 40,000

Hss 293

Guhring std. Gt 100 rh 14,000 - 40,000

Hss 564

Guhring std. Gt 100 rh 6,000 - 10,000

Hss 565

Guhring std. Gt 100 rh 6,000 - 17,000

Hss 298

Guhring std. Gt 100 rh 14,000 - 18,000

Hss 299

Guhring std. Gt 100 rh 14,000 - 18,000

Taper pin drills

Hss 532

din 1898 n rh 5,000 - 25,000

Carbide-tipped twist drill

carbide 705

din 8041 n rh 8,000 - 49,000

Step drills








standard type surface cutting direction

oil feed type diameter range

Oil feed drills short

Hss 269

Guhring std. n rh radial 9,520 - 23,020

Oil feed drills, flute length to Din 341

Hss 1101

Guhring std. n rh din 228 BK 10,000 - 32,000

Hss 270

Guhring std. n rh axial 10,000 - 49,000

Hss 271


Hss 272


Hsco 370

Guhring std. Gt 100 rh axial 11,000 - 34,920

Hsco 371

Guhring std. Gt 100 rh radial 11,000 - 34,920

Hsco 372


Oil feed drills, flute length to Din 1870

Hsco 374

Guhring std. Gt 100 rh axial 11,000 - 32,540

Hsco 375


Hsco 376




Stepped drills for centering to Din 332

Hss 274


Hss 574


Hss 576

Guhring std. n rh 14,000 - 40,000

Hss 575


Straight shank short step drills

Hss 378


Hss 1147


Hss 379


Hss 380


Straight shank subland drills

Hss 569

din 8374 n rh 7,500 - 19,000

Hss 536

din 8374 n rh 6,000 - 19,000

Hss 636


Hss 638


Step drills

Step drills









Straight shank subland drills

Hss 538

din 8376 n rh 6,000 - 18,000

solid carbide 738


Hss 514


Hss 540

din 8378 n rh 3,400 - 13,500

solid carbide 739


Taper shank subland drills

Hss 570

din 8375 n rh 12,000 - 23,000

Hss 537

Guhring std. n rh 11,000 - 29,000

Hss 637

Guhring std. n rh 11,500 - 30,000

Hss 639

Guhring std. n rh 10,000 - 26,000

Hss 539

din 8377 n rh 10,000 - 33,000

carbide 741

Guhring std. n rh 18,000 - 18,000

Hss 520


Hss 541

din 8379 n rh 9,000 - 22,000


standard Form surface cutting direction diameter range

Center drills without flat

Hss 594

AsA A rh 1,190 - 7,940

Hss 595

AsA B rh 1,190 - 6,350

Hss 292

B.s. 328 A rh 1,190 - 7,940

Hss 294

B.s. 328 A lh 1,190 - 7,940

Hss 581

din 333 A rh 0,500 - 12,500

Hss 582

din 333 A lh 0,500 - 12,500

Hss 583

din 333 r rh 0,500 - 12,500

Hss 584

din 333 r lh 0,800 - 5,000

Hss 613

din 333 A rh 0,500 - 8,000

Hss 614

din 333 r rh 0,800 - 8,000

Hsco 381

din 333 A rh 1,000 - 4,000

Hss 590

Guhring std. A rh 1,000 - 12,500

solid carbide 736


Hss 281


Center drills

Gun drills



Center drills/Core drills






Center drills without flat

Hss 282

Guhring std. A lh 0,800 - 5,000

Hss 283

Guhring std. r rh 0,500 - 10,000

Hss 284

Guhring std. r lh 1,250 - 4,000

Hss 585

din 333 B rh 1,000 - 10,000

Hss 586

din 333 B lh 1,000 - 10,000

Hss 591

Guhring std. B rh 1,000 - 10,000

Hss 280


Hss 285


Center drills with flat

Hss 587


Hss 588


Hss 287


Hss 288


Hss 589




Straight shank core drills

carbide 750


Hss 533

din 344 n rh 3,800 - 20,000

Taper shank core drills

carbide 729

din 8043 n rh 18,700 - 40,000

Hss 534

din 343 n rh 7,400 - 50,000

Hsco 634

din 343 n rh 7,800 - 34,600

Hss 555

din 1864 n rh 5,000 - 30,000

Hsco 635

din 1864 n rh 8,000 - 26,000

Shell core drills

carbide 728

din 8022 n rh 32,000 - 74,000



Center drills with flat

Hss 289


Gun drills




Center drills/Core drills




standard type surface drilling depth diameter range

EB 80 single-fluted gun drills

carbide 5018

Guhring std. EB 80 20 x d 4.000 - 12.000

carbide 5639

Guhring std. EB 80 20 x d 4.000 - 12.000

carbide 5460

Guhring std. EB 80 30 x d 4.000 - 12.000

carbide 5640

Guhring std. EB 80 30 x d 4.000 - 12.000

carbide 5022

Guhring std. EB 80 40 x d 4.000 - 12.000

carbide 5641

Guhring std. EB 80 40 x d 4.000 - 12.000

carbide 5023

Guhring std. EB 80 80 x d 4.950 - 11.950

carbide 5642

Guhring std. EB 80 80 x d 4.950 - 11.950

EB 800 single-fluted gun drills with indexable inserts

carbide 5644

Guhring std. EB 800 30 x d 16.000 - 24.000

ZB 80 two-fluted gun drills

carbide 5019

Guhring std. ZB 80 30 x d 8.000 - 12.000

carbide 5643

Guhring std. ZB 80 30 x d 8.000 - 12.000


standard type surfaceFlute length (mm)

diameter range

EB 100 single-fluted gun drills

solid carbide 5024

Guhring std. EB 100 45.00 1.200 - 3.200

solid carbide 5632

Guhring std. EB 100 45.00 2.000 - 3.200

solid carbide 5020

Guhring std. EB 100 80.00 1.200 - 5.000

solid carbide 5633

Guhring std. EB 100 80.00 2.000 - 5.000

solid carbide 5026

Guhring std. EB 100 120.00 1.500 - 5.000

solid carbide 5637

Guhring std. EB 100 120.00 2.000 - 5.000

solid carbide 5021

Guhring std. EB 100 160.00 1.500 - 8.000

solid carbide 5638

Guhring std. EB 100 160.00 2.000 - 8.000

Hand taps





standard type Form tolerance surface diameter range

Hand taps for iSO metric threads

Hss 861

din 352 n iso 2 / 6H M 1 - M48

Hss 862

din 352 n A iso 2 / 6H M 1 - M68

Hss 863

din 352 n d iso 2 / 6H M 1 - M68

Hss 864

din 352 n c iso 2 / 6H M 1 - M68

Hss 882

din 352 n iso 2 / 6H M 2 - M12

Hss 883

din 352 n d iso 2 / 6H M 2 - M12

Hss 864

din 352 n c iso 2 / 6H M 1 - M68

Hss 904

din 352 n-LH iso 2 / 6H M 2,2 - M22

Hss 905

din 352 n-LH A iso 2 / 6H M 2,2 - M22

Hss 906

din 352 n-LH d iso 2 / 6H M 2,2 - M22

Hss 907

din 352 n-LH c iso 2 / 6H M 2 - M22



Hand taps for iSO metric threads

Hss-E 853

din 352 VA iso 2 / 6H M 2 - M20

Hss-E 854

din 352 VA A iso 2 / 6H M 2,3 - M20

Hss-E 855

din 352 VA d iso 2 / 6H M 2 - M20

Hss-E 856

din 352 VA c iso 2 / 6H M 2 - M20

Hss-E 857

din 352 H iso 2 / 6H M 2 - M20

Hss-E 858

din 352 H A iso 2 / 6H M 2 - M18

Hss-E 859

din 352 H d iso 2 / 6H M 2 - M18

Hss-E 860

din 352 H c iso 2 / 6H M 2 - M16

Hss-E-pM 1818

din 352 H iso 2 / 6H M 3 - M12

Hss-E-pM 1819

din 352 H A iso 2 / 6H M 3 - M10

Hss-E-pM 1820

din 352 H d iso 2 / 6H M 3 - M12

Hss-E-pM 1821

din 352 H c iso 2 / 6H M 4 - M20

Hand taps






Hand taps for iSO metric fine threads

Hss 884

din 2181 n iso 2 / 6H M 2 X0,25 - M52

X1,50

Hss 885

din 2181 n d iso 2 / 6H M 2 X0,25 - M52

X1,50

Hss 886

din 2181 n c iso 2 / 6H M 2 X0,25 - M36

X1,50

Hand taps for UnC-threads

Hss 981

~ din 352 n 2B nr. 1 -64 - 2 -4,5

Hss 982

~ din 352 n A 2B nr. 1 -64 - 2 -4,5

Hss 983

~ din 352 n d 2B nr. 1 -64 - 2 -4,5

Hss 984

~ din 352 n c 2B nr. 1 -64 - 2 -4,5

Hand taps for UnF-threads

Hss 985

~ din 2181 n 2B nr. 1 -72 - 1 3/8 -12

Hss 986

~ din 2181 n d 2B nr. 0 -80 - 1 1/2 -12

Hss 987

~ din 2181 n c 2B nr. 1 -72 - 1 1/2 -12



Hand taps for BSW-threads

Hss 954

~ din 352 n W 1/16 - W2

Hss 955

~ din 352 n A W 1/16 - W2

Hss 956

~ din 352 n d W 1/16 - W2

Hss 957

~ din 352 n c W 1/8 - W2

Hand taps for BSP-threads

Hss 958

din 5157 n G 1/8 - G2

Hss 959

din 5157 n d G 1/8 - G1 3/4

Hss 960

din 5157 n c G 1/8 - G2

Short machine taps



Hand taps





Machine taps for iSO metric threads

Hss-E 995

din 352 n c iso 2 / 6H M 2 - M24

Hss-E 992

din 352 n r15 c iso 2 / 6H M 2,2 - M22

Hss-E 993

din 352 n r40 c iso 2 / 6H M 2 - M22

Hss-E 991

din 352 n B iso 2 / 6H M 2 - M24

Hss-E 996

din 352 H c iso 2 / 6H M 2,2 - M12

Machine taps for iSO metric fine threads

Hss-E 997

din 2181 n c iso 2 / 6H M 5 X0,50 - M12

X1,50

Hss-E 1970

din 2181 n r40 c iso 2 / 6H M 5 X0,50 - M12

X1,50

Machine taps for PG-threads for electr. conduits

Hss-E 980

din 40432 n B pG 7 - pG 21

Hss-E 979

din 40432 n c pG 7 - pG 29

Machine taps for nPT-threads

Hss-E 973

Guhring std. n c 1/16 - 2

Short machine taps







Hss-E-pM 761

din 371 VA r50 c 6HX M 3 - M10

Hss-E 174

din 371 n r40 c(K) iso 2 / 6H M 5 - M10

Hss-E 361

din 371 H r40 c iso 2 / 6H M 2 - M10

Hss-E 783

din 371 n r40 c iso 2 / 6H M 2 - M10

Hss-E 786

din 371 n L40-LH c iso 2 / 6H M 3 - M10

Hss-E 795

din 371 n c iso 3 / 6G M 3 - M10

Hss-E 799

din 371 n r15 c iso 3 / 6G M 2 - M10

Hss-E 806

din 371 n c iso 2 / 6H M 1 - M10

Hss-E 809

din 371 n r15 c iso 2 / 6H M 2 - M10

Hss-E 810

din 371 n r40 c iso 2 / 6H M 2 - M10

Hss-E 811

din 371 H r40 c iso 2 / 6H M 2 - M10

Hss-E 812

din 371 Al r45 c iso 2 / 6H M 1,6 - M10

Hss-E 814

din 371 VA r40 c iso 2 / 6H M 3 - M10

Hss-E 836

din 371 n r40 c iso 2 / 6H M 3 - M10

Machine taps

Machine taps



Machine taps







Hss-E 2896

din 371 VA r15 c iso 2 / 6H M 3 - M10

Hss-E 2984

din 371 H r40 c iso 3 / 6G M 2 - M10

Hss-E 2985

din 371 H r40 c iso 3 / 6G M 2 - M10

Hss-E 2986

din 371 H r40 c iso 3 / 6G M 2,5 - M10

Hss-E 2994

din 371 n r40 c iso 3 / 6G M 3 - M10

Hss-E 2995

din 371 n r40 c iso 3 / 6G M 3 - M10

Hss-E-pM 59

din 371 VA r40 c iso 2 / 6H M 3 - M10

Hss-E-pM 767

din 371 n r50 c iso 2 / 6H M 3 - M10

Hss-E-pM 872

din 371 H r15 c iso 2 / 6H M 3 - M10

Hss-E-pM 909

din 371 VA r40 c iso 2 / 6H M 3 - M10

Hss-E-pM 1288

din 371 n r40 c iso 2 / 6H M 3 - M10

Hss-E-pM 1290

din 371 n r40 c iso 2 / 6H M 4 - M10

Hss-E-pM 1577

din 371 H r15 c iso 2 / 6H M 4 - M10

Hss-E 313

din 371 n B iso 2 / 6H M 3 - M10




Hss-E 843

din 371 VA r15 c iso 2 / 6H M 2 - M10

Hss-E 844

din 371 n r40 c iso 3 / 6G M 3 - M10

Hss-E 889

din 371 n r40 c iso 2 / 6H M 2 - M10

Hss-E 913

din 371 n r15 c iso 2 / 6H M 2 - M10

Hss-E 914

din 371 n r40 c iso 2 / 6H M 2 - M10

Hss-E 946

din 371 n r15 c iso 2 / 6H M 3 - M10

Hss-E 947

din 371 H r40 c iso 2 / 6H M 2 - M10

Hss-E 1252

din 371 n r40 c iso 2 / 6H M 3 - M10

Hss-E 1916

din 371 H r40 c iso 2 / 6H M 2 - M10

Hss-E 2425

din 371 n r40 c iso 2 / 6H M 3 - M10

Hss-E 2440

din 371 n r40 c iso 2 / 6H M 3 - M10

Hss-E 2790

din 371 n r40 E iso 2 / 6H M 3 - M10

Hss-E 2850

din 371 H r40 c iso 2 / 6H M 2 - M10

Hss-E 2862

din 371 VA r40 c iso 2 / 6H M 3 - M10




Hss-E 733

din 371 H B iso 2 / 6H M 2 - M10

Hss-E 788

din 371 H AZ c iso 2 / 6H M 2 - M10

Hss-E 789

din 371 n-LH B iso 2 / 6H M 3 - M10

Hss-E 791

din 371 H AZ B iso 2 / 6H M 2 - M10

Hss-E 794

din 371 n B iso 1 / 4H M 2 - M10

Hss-E 796

din 371 n B iso 3 / 6G M 2 - M10

Hss-E 797

din 371 n B iso 3 / 6G M 2 - M 8

Hss-E 800

din 371 Ms E iso 2 / 6H M 3 - M10

Hss-E 801

din 371 n d iso 2 / 6H M 2 - M10

Hss-E 802

din 371 n B iso 2 / 6H M 2 - M10

Hss-E 803

din 371 n B iso 2 / 6H M 1,4 - M10

Hss-E 804

din 371 H B iso 2 / 6H M 2 - M10

Hss-E 805

din 371 Al B iso 2 / 6H M 2 - M10

Hss-E 807

din 371 GG c 6HX M 3 - M10

Machine taps




Machine taps






Hss-E 808

din 371 n L15 d iso 2 / 6H M 3 - M10

Hss-E 837

din 371 n B iso 3 / 6G M 1,4 - M10

Hss-E 838

din 371 n B iso 2 / 6H M 1,4 - M10

Hss-E 839

din 371 n B iso 2 / 6H M 1 - M10

Hss-E 869

din 371 n B iso 3 / 6G M 2 - M10

Hss-E 912

din 371 n B iso 2 / 6H M 1,4 - M10

Hss-E 930

din 371 GG c 6HX M 3 - M10

Hss-E 945

din 371 n B iso 2 / 6H M 1 - M10

Hss-E 1084

din 371 Ms E iso 3 / 6G M 3 - M10

Hss-E 1246

din 371 n B iso 2 / 6H M 3 - M10

Hss-E 1870

din 371 VA B iso 2 / 6H M 2 - M10

Hss-E 1871

din 371 VA AZ B iso 2 / 6H M 3 - M10

Hss-E 1875

din 371 GGt c iso 2 / 6H M 3 - M10

Hss-E 1914

din 371 H B iso 2 / 6H M 2 - M10

Machine taps



Machine taps







Hss-E-pM 1285

din 371 n B iso 2 / 6H M 3 - M10

Hss-E-pM 1287

din 371 n B iso 2 / 6H M 4 - M10

Hss-E-pM 1575

din 371 H B iso 2 / 6H M 3 - M10

Hss-E-pM 2920

din 371 / din 376 ni r15 c iso 2 / 6H M 3 - M16

Hss-E-pM 2901

din 371 / din 376 ti B iso 2 / 6H M 3 - M16

Hss-E-pM 2909

din 371 / din 376 ti r30 c iso 2 / 6H M 3 - M16

Hss-E-pM 2916

din 371 / din 376 ni B iso 2 / 6H M 3 - M16

solid carbide 942

~ din 371 n B 6HX M 5 - M12

Hss-E-pM 763

din 376 VA r50 c 6HX M12 - M20

Hss-E 196

din 376 n r40 c(K) iso 2 / 6H M 5 - M30

Hss-E 362

din 376 H r40 c iso 2 / 6H M 3 - M30

Hss-E 784

din 376 n r40 c iso 2 / 6H M 3 - M30

Hss-E 785

din 376 VA r15 c iso 2 / 6H M12 - M24

Hss-E 787

din 376 n L40-LH c iso 2 / 6H M12 - M20




Hss-E 1918

din 371 GG c 6HX M 3 - M10

Hss-E 2086

din 371 VA B iso 2 / 6H M 3 - M10

Hss-E 2427

din 371 n B iso 2 / 6H M 3 - M10

Hss-E 2465

din 371 H B iso 3 / 6G M 2 - M10

Hss-E 2710

din 371 H B iso 3 / 6G M 2 - M10

Hss-E 2869

din 371 VA B iso 2 / 6H M 3 - M10

Hss-E 2876

din 371 n B iso 2 / 6H M 3 - M10

Hss-E 2941

din 371 H B iso 2 / 6H M 2 - M10

Hss-E 2990

din 371 n B iso 3 / 6G M 3 - M10

Hss-E 2991

din 371 n B iso 3 / 6G M 3 - M10

Hss-E-pM 57

din 371 H B iso 2 / 6H M 3 - M10

Hss-E-pM 875

din 371 H B iso 2 / 6H M 3 - M10

Hss-E-pM 877

din 371 VA B iso 2 / 6H M 2 - M10

Hss-E-pM 1201

din 371 H d 6HX M 6 - M12

Machine taps






Hss-E 818

din 376 n c iso 2 / 6H M 1,6 - M52

Hss-E 821

din 376 n r15 c iso 2 / 6H M 3 - M30

Hss-E 822

din 376 n r40 c iso 2 / 6H M 3 - M30

Hss-E 823

din 376 H r40 c iso 2 / 6H M 3 - M30

Hss-E 824

din 376 Al r45 c iso 2 / 6H M 3 - M24

Hss-E 825

din 376 VA r40 c iso 2 / 6H M12 - M24

Hss-E 826

din 376 n r40 c iso 2 / 6H M 3 - M36

Hss-E 848

din 376 n r40 c iso 3 / 6G M 3 - M27

Hss-E 890

din 376 n r40 c iso 2 / 6H M 3 - M24

Hss-E 916

din 376 n r15 c iso 2 / 6H M 3 - M24

Hss-E 917

din 376 n r40 c iso 2 / 6H M 3 - M30

Hss-E 949

din 376 n r15 c iso 2 / 6H M 3 - M20

Hss-E 950

din 376 H r40 c iso 2 / 6H M 3 - M30

Hss-E 1254

din 376 n r40 c iso 2 / 6H M12 - M16


Machine taps






Hss-E 1917

din 376 H r40 c iso 2 / 6H M 3 - M30

Hss-E 2426

din 376 n r40 c iso 2 / 6H M 3 - M16

Hss-E 2441

din 376 n r40 c iso 2 / 6H M 4 - M24

Hss-E 2791

din 376 n r40 E iso 2 / 6H M 4 - M16

Hss-E 2851

din 376 H r40 c iso 2 / 6H M 4 - M30

Hss-E 2863

din 376 VA r40 c iso 2 / 6H M12 - M24

Hss-E 2895

din 376 VA r15 c iso 2 / 6H M12 - M24

Hss-E-pM 60

din 376 VA r40 c iso 2 / 6H M12 - M20

Hss-E-pM 910

din 376 VA r40 c iso 2 / 6H M12 - M24

Hss-E-pM 935

din 376 H r15 c iso 2 / 6H M12 - M20

Hss-E-pM 1098

din 376 n r50 c iso 2 / 6H M12 - M20

Hss-E-pM 1289

din 376 n r40 c iso 2 / 6H M12 - M20

Hss-E-pM 1578

din 376 H r15 c iso 2 / 6H M12 - M20

Hss-E 315

din 376 n B iso 2 / 6H M 3 - M16

Machine taps



Machine taps







Hss-E 931

din 376 GG c 6HX M 3 - M30

Hss-E 948

din 376 n B iso 2 / 6H M 2 - M52

Hss-E 1249

din 376 n B iso 2 / 6H M12 - M16

Hss-E 1872

din 376 VA B iso 2 / 6H M 3 - M30

Hss-E 1876

din 376 GGt c iso 2 / 6H M 3 - M30

Hss-E 1915

din 376 H B iso 2 / 6H M 3 - M24

Hss-E 1919

din 376 GG c 6HX M 3 - M20

Hss-E 2087

din 376 VA B iso 2 / 6H M 3 - M30

Hss-E 2428

din 376 n B iso 2 / 6H M 3 - M16

Hss-E 2870

din 376 VA B iso 2 / 6H M 3 - M30

Hss-E 2877

din 376 n B iso 2 / 6H M 3 - M36

Hss-E 2942

din 376 H B iso 2 / 6H M 3 - M24

Hss-E-pM 58

din 376 H B iso 2 / 6H M12 - M16

Hss-E-pM 879

din 376 VA B iso 2 / 6H M12 - M20




Hss-E 734

din 376 H B iso 2 / 6H M 3 - M24

Hss-E 790

din 376 n-LH B iso 2 / 6H M12 - M20

Hss-E 792

din 376 VA AZ B iso 2 / 6H M12 - M16

Hss-E 813

din 376 n d iso 2 / 6H M 2 - M27

Hss-E 815

din 376 n B iso 2 / 6H M 1,6 - M36

Hss-E 816

din 376 H B iso 2 / 6H M 3 - M24

Hss-E 817

din 376 Al B iso 2 / 6H M12 - M24

Hss-E 819

din 376 GG c 6HX M 3 - M30

Hss-E 820

din 376 n L15 d iso 2 / 6H M 3 - M22

Hss-E 845

din 376 n B iso 3 / 6G M 2 - M48

Hss-E 846

din 376 n B iso 2 / 6H M 4 - M18

Hss-E 847

din 376 n B iso 2 / 6H M 3 - M10

Hss-E 849

din 376 H AZ B iso 2 / 6H M12 - M20

Hss-E 915

din 376 n B iso 2 / 6H M 1,6 - M52

Machine taps



Machine taps






Hss-E-pM 880

din 376 H B iso 2 / 6H M12 - M20

Hss-E-pM 1286

din 376 n B iso 2 / 6H M12 - M20

Hss-E-pM 1576

din 376 H B iso 2 / 6H M12 - M30

Hss-E 998

Guhring std. n B iso 2 / 6H M 3 - M20

Hss-E 888

Guhring std. n r40 c iso 2 / 6H M 3 - M20

solid carbide 2944

~ din 371 H d iso 2 / 6H M 3 - M16


Hss-E-pM 764

din 374 VA r50 c 6HX M 8 X1 - M20 X1,50

Hss-E 273

din 374 n r40 c(K) iso 2 / 6H M 5 X0,50 - M24

X1,50

Hss-E 829

din 374 n c iso 3 / 6G M 6 X0,75 - M50

X1,50

Hss-E 830

din 374 n c iso 2 / 6H M 3 X0,35 - M45

X1,50

Hss-E 833

din 374 n r15 c iso 2 / 6H M 5 X0,50 - M30 X2

Hss-E 834

din 374 n r40 c iso 2 / 6H M 3 X0,35 - M30 X2

Hss-E 835

din 374 H r40 c iso 2 / 6H M 6 X0,75 - M24

X1,50





Hss-E 852

din 374 n r40 c iso 2 / 6H M 3 X0,35 - M24 X2

Hss-E 1049

din 374 n r40 c iso 3 / 6G M 8 X1 - M20 X1,50

Hss-E 1874

din 374 VA r15 c iso 2 / 6H M 5 X0,50 - M22 X2

Hss-E 1971

din 374 n r15 c iso 2 / 6H M 4 X0,50 - M30 X2

Hss-E 2424

din 374 n r40 c iso 2 / 6H M 5 X0,50 - M24 X2

Hss-E 2792

din 374 n r40 E iso 2 / 6H M 8 X1 - M14 X1,50

Hss-E 2838

din 374 n r15 c iso 2 / 6H M 4 X0,50 - M30 X2

Hss-E 2843

din 374 n r40 c iso 2 / 6H M 3 X0,35 - M30 X2

Hss-E 2852

din 374 H r40 c iso 2 / 6H M 6 X0,75 - M24

X1,50

Hss-E 2853

din 374 n r40 c iso 2 / 6H M 5 X0,50 - M30 X2

Hss-E 2864

din 374 VA r40 c iso 2 / 6H M 3 X0,35 - M24

X1,50

Hss-E 2897

din 374 VA r15 c iso 2 / 6H M 4 X0,50 - M24

X1,50

Hss-E 2940

din 374 H r40 c iso 2 / 6H M 6 X0,75 - M24

X1,50

Hss-E 2987

din 374 H r40 c iso 3 / 6G M 8 X1 - M20 X1,50

Machine taps



Machine taps







Hss-E 2871

din 374 VA B iso 2 / 6H M 3 X0,35 - M24

X1,50

Hss-E 1001

din 374 VA B iso 2 / 6H M 4 X0,50 - M20

X1,50

Hss-E 2878

din 374 n B iso 2 / 6H M 3 X0,35 - M24

X1,50

Hss-E 2879

din 374 n B iso 2 / 6H M 3 X0,35 - M52

X1,50

Hss-E 2943

din 374 H B iso 2 / 6H M 4 X0,50 - M18

X1,50

Hss-E 2982

din 374 H B iso 3 / 6G M 8 X1 - M20 X1,50

Hss-E 2983

din 374 H B iso 3 / 6G M 8 X1 - M20 X1,50

Hss-E 2992

din 374 n B iso 3 / 6G M 8 X1 - M18 X1,50

Hss-E 2993

din 374 n B iso 3 / 6G M 8 X1 - M18 X1,50

Hss-E-pM 887

din 374 VA B iso 2 / 6H M 8 X1 - M16 X1,50

solidcarbide 944

din 374 n B 6HX M14 X1 - M16 X1,50

Hss-E 827

din 374 n B iso 2 / 6H M 3 X0,35 - M45

X1,50

Hss-E 832

din 374 n B iso 2 / 6H M 3 X0,35 - M36

X1,50

Hss-E 932

din 374 GG c 6HX M 3 X0,35 - M30

X1,50




Hss-E 2988

din 374 H r40 c iso 3 / 6G M 8 X1 - M16 X1,50

Hss-E 2989

din 374 H r40 c iso 3 / 6G M10 X1 - M16 X1,50

Hss-E 2998

din 374 n r40 c iso 3 / 6G M 8 X1 - M20 X1,50

Hss-E 2999

din 374 n r40 c iso 3 / 6G M10 X1 - M20 X1,50

Hss-E-pM 874

din 374 H r15 c iso 2 / 6H M 8 X1 - M20 X1,50

Hss-E-pM 936

din 374 VA r40 c iso 2 / 6H M 8 X1 - M20 X1,50

Hss-E-pM 1100

din 374 n r50 c iso 2 / 6H M 8 X1 - M20 X1,50

Hss-E-pM 1292

din 374 n r40 c iso 2 / 6H M 8 X1 - M24 X2

Hss-E 169

din 374 GG c 6HX M 3 X0,35 - M24

X1,50

Hss-E 316

din 374 n B iso 3 / 6G M 6 X0,75 - M20

X1,50

Hss-E 715

din 374 H B iso 2 / 6H M 3 X0,35 - M24

X1,50

Hss-E 828

din 374 H B iso 2 / 6H M 3 X0,35 - M30

X1,50

Hss-E 831

din 374 GG c 6HX M 3 X0,35 - M30

X1,50

Hss-E 1873

din 374 VA B iso 2 / 6H M 4 X0,50 - M24 X2

Machine taps




Machine taps





Machine taps for UnC-threads

Hss-E 2839

~ din 371 n r15 c 2B nr. 2 -56 - 3/8 -16

Hss-E 2844

~ din 371 n r40 c 2B nr. 2 -56 - 3/8 -16

Hss-E 2854

~ din 371 n r40 c 2B nr. 2 -56 - 3/8 -16

Hss-E 2855

~ din 371 n r40 c 2B nr. 2 -56 - 3/8 -16

Hss-E 2865

~ din 371 VA r40 c 2B nr. 2 -56 - 3/8 -16

Hss-E 881

~ din 376 n r40 c 2B 7/16-14 - 1 - 8

Hss-E 1982

~ din 376 n c 2B 7/16-14 - 1 - 8

Hss-E 1983

~ din 376 n r15 c 2B 7/16-14 - 1 - 8

Hss-E 1986

~ din 376 VA r40 c 2B 7/16-14 - 7/8 - 9

Hss-E 2840

~ din 376 n r15 c 2B 1/2 -13 - 1 - 8

Hss-E 2845

~ din 376 n r40 c 2B 7/16-14 - 1 - 8

Hss-E 2856

~ din 376 n r40 c 2B 7/16-14 - 1 - 8

Hss-E 2857

~ din 376 n r40 c 2B 7/16-14 - 7/8 - 9

Hss-E 2866

~ din 376 VA r40 c 2B 7/16-14 - 7/8 - 9




Hss-E 2888

din 374 n B iso 2 / 6H M 3 X0,35 - M36

X1,50

Hss-E-pM 1291

din 374 n B iso 2 / 6H M 8 X1 - M24 X2

solidcarbide 1161

Werksnorm H d iso 2 / 6H M 6 X0,50 - M12

X1,50

solidcarbide 943

~ din 371 n B 6HX M 5 X0,50 - M12

X1,50

Hss-E-pM 2903

din 371 ti B 6HX M 3 X0,35 - M10 X1

Hss-E-pM 2910

din 371 ti r15 c 6HX M 3 X0,35 - M10 X1

Hss-E-pM 2917

~ din 371 ni B 6HX M 3 X0,35 - M10

X1,25

Hss-E-pM 2921

~ din 371 ni r15 c 6HX M 3 X0,35 - M10

X1,25


Hss-E 876

~ din 371 n r40 c 2B nr. 2 -56 - 3/8 -16

Hss-E 1837

~ din 371 n r40 c(K) 2B nr.10 -24 - 3/8 -16

Hss-E 1977

~ din 371 n c 2B nr. 2 -56 - 3/8 -16

Hss-E 1978

~ din 371 n r15 c 2B nr. 2 -56 - 3/8 -16

Hss-E 1981

~ din 371 VA r40 c 2B nr. 2 -56 - 3/8 -16

Machine taps



Machine taps







Hss-E 878

~ din 376 n B 2B 7/16-14 - 1 3/4 - 5

Hss-E 1984

~ din 376 GG c 2B 7/16-14 - 1 - 8

Hss-E 1985

~ din 376 VA B 2B 7/16-14 - 1 - 8

Hss-E 2873

~ din 376 VA B 2B 1/2 -13 - 1 - 8

Hss-E 2883

~ din 376 n B 2B 7/16-14 - 1 - 8

Hss-E 2890

~ din 376 n B 2B 7/16-14 - 1 1/2 - 6

Hss-E 873

~ din 371 n B 2B nr. 1 -64 - 3/8 -16

Hss-E 1979

~ din 371 GG c 2B nr. 3 -48 - 3/8 -16

Hss-E 1980

~ din 371 VA B 2B nr. 4 -40 - 3/8 -16

Hss-E 2872

~ din 371 VA B 2B nr. 4 -40 - 3/8 -16

Hss-E 2880

~ din 371 n B 2B nr. 4 -40 - 3/8 -16

Hss-E 2881

~ din 371 n B 2B nr. 4 -40 - 3/8 -16

Hss-E 2889

~ din 371 n B 2B nr. 2 -56 - 3/8 -16

Hss-E-pM 2905

din 371 ti B 2B nr. 6 -32 - 3/8 -16




Hss-E-pM 2912

din 371 / din 376 ti r30 c 2B nr. 4

-40 - 5/8 -11

Hss-E-pM 2918

din 371 ni B 3B nr. 6 -32 - 3/8 -16

Hss-E-pM 2922

din 371 / din 376 ni r15 c 3B nr. 5

-40 - 5/8 -11

Machine taps for UnF-threads

Hss-E 911

~ din 374 n r40 c 2B nr. 3 -56 - 1 -12

Hss-E 1838

~ din 374 n r40 c(K) 2B nr.10 -32 - 1 -12

Hss-E 1987

~ din 374 n c 2B nr. 3 -56 - 1 -12

Hss-E 1988

~ din 374 n r15 c 2B nr. 3 -56 - 1 -12

Hss-E 1991

~ din 374 VA r15 c 2B nr. 3 -56 - 1 -12

Hss-E 2841

~ din 374 n r15 c 2B nr.10 -32 - 3/4 -16

Hss-E 2846

~ din 374 n r40 c 2B nr.10 -32 - 1 -12

Hss-E 2858

~ din 374 n r40 c 2B nr. 3 -56 - 1 -12

Hss-E 2859

~ din 374 n r40 c 2B nr. 3 -56 - 1 -12

Hss-E 2867

~ din 374 VA r40 c 2B nr. 3 -56 - 1 -12

Machine taps




Machine taps





Machine taps for BSW-threads

Hss-E 2848

~ din 376 n r40 c W 3/8 - W 7/8

Hss-E 2847

~ din 371 n r40 c W 1/8 - W 3/8

Hss-E 2893

~ din 376 n B W 7/16 - W1

Hss-E 2892

~ din 371 n B W 1/8 - W 3/8

Machine taps for BSP-threads

Hss-E 937

din 5156 n r40 c(K) G 1/8 - G1 1/2

Hss-E 963

din 5156 n c G 1/16 - G2

Hss-E 964

din 5156 n r15 c G 1/16 - G1

Hss-E 965

din 5156 n r40 c G 1/16 - G1 1/2

Hss-E 968

din 5156 VA r40 c G 1/16 - G1 1/2

Hss-E 2842

din 5156 n r15 c G 1/8 - G1

Hss-E 2849

din 5156 n r40 c G 1/8 - G1

Hss-E 2860

din 5156 n r40 c G 1/16 - G1 1/2

Hss-E 2861

din 5156 n r40 c G 1/16 - G2



Machine taps for UnF-threads

Hss-E 2868

~ din 374 VA r40 c 2B nr. 3 -56 - 1 -12

Hss-E 2898

~ din 374 VA r15 c 2B nr. 3 -56 - 1 -12

Hss-E 908

~ din 374 n B 2B nr. 1 -72 - 1 1/2 -12

Hss-E 1989

~ din 374 GG c 2B nr. 3 -56 - 1 -12

Hss-E 1990

~ din 374 VA B 2B nr. 3 -56 - 1 -12

Hss-E 2874

~ din 374 VA B 2B nr. 4 -48 - 1 -12

Hss-E 2884

~ din 374 n B 2B nr. 4 -48 - 1 -12

Hss-E 2885

~ din 374 n B 2B nr. 4 -48 - 1 -12

Hss-E 2891

~ din 374 n B 2B nr. 3 -56 - 1 1/4 -12

Hss-E-pM 2907

din 371 ti B 2B nr. 6 -40 - 3/8 -24

Hss-E-pM 2914

din 371 / din 376 ti r30 c 2B nr. 4

-48 - 5/8 -18

Hss-E-pM 2919

din 371 ni B 3B nr. 6 -40 - 3/8 -24

Hss-E-pM 2923

din 371 / din 376 ni r15 c 3B nr. 4

-48 - 5/8 -18

Machine taps



Machine taps






Machine taps for BSP-threads

Hss-E-pM 939

din 5156 VA r40 c G 1/8 - G 1/2

Hss-E 961

din 5156 GG c G 1/16 - G2

Hss-E 962

din 5156 n B G 1/8 - G2

Hss-E 967

din 5156 VA B G 1/16 - G 7/8

Hss-E 2875

din 5156 VA B G 1/8 - G1

Hss-E 2886

din 5156 n B G 1/8 - G1

Hss-E 2887

din 5156 n B G 1/8 - G2

Hss-E 2894

din 5156 n B G 1/8 - G1 1/2

Hss-E-pM 938

din 5156 VA B G 1/8 - G 1/4

Machine taps for nPT-threads

Hss-E 1087

Guhring std. VA r25 c 1/8 - 3/4

Hss-E 1088

Guhring std. VA r25 c 1/8 - 3/4



Machine taps for EG M-threads

Hss-E 1010

din 40435 n B 6H mod. M4 - M16

Hss-E 1011

din 40435 n r40 c 6H mod. M4 - M16

Machine taps for MJ-threads

Hss-E-pM 1057

din 371 / din 376 ti/ni B 4HX MJ3 - MJ16

Hss-E-pM 1061

din 371 / din 376 ti r15 c 4HX MJ3 - MJ16

Hss-E-pM 1065

din 371 ni r10 c 4HX MJ3 - MJ16

Machine taps for MJF-threads

Hss-E-pM 1058

din 371 ti/ni B 4HX M 6 X0,50 - M10

X1,25

Hss-E-pM 1062

din 371 ti r15 c 4HX M 6 X0,50 - M10

X1,25

Hss-E-pM 1066

din 371 ni r10 c 4HX M 6 X0,50 - M10

X1,25

Machine taps for UnJC-threads

Hss-E-pM 1059

~ din 371 ti/ni B 3BX nr. 6 -32 - 5/8 -11

Hss-E-pM 1063

~ din 371 ti r15 c 3BX nr. 6 -32 - 5/8 -11

Hss-E-pM 1067

~din 371/~din 376 ni r10 c 3BX nr. 6

-32 - 5/8 -11

Machine taps




Machine taps





Oil feed taps for iSO metric threads

Hss-E 318

din 371 GG c 6HX M 5 - M10

Hss-E 1890

din 371 GG c 6HX M 5 - M10

Hss-E 2517

din 371 n B iso 2 / 6H M 5 - M10

Hss-E-pM 302

din 371 H c 6HX M 5 - M10

Hss-E-pM 1091

din 371 H E 6HX M 5 - M10

Hss-E 1891

din 371 n r15 c iso 2 / 6H M 5 - M10

Hss-E 1892

din 371 VA r40 c iso 2 / 6H M 5 - M10

Hss-E 1893

din 371 n r40 c iso 2 / 6H M 5 - M10

Hss-E 1894

din 371 H r40 c iso 2 / 6H M 5 - M10

Hss-E 2436

din 371 n r15 c iso 2 / 6H M 5 - M10

Hss-E 2438

din 371 n r40 c iso 2 / 6H M 5 - M10

Hss-E 2514

din 371 n r40 c iso 2 / 6H M 5 - M10

Hss-E-pM 1152

din 371 n r50 c iso 2 / 6H M 5 - M10

Hss-E-pM 1188

din 371 H r15 c 6HX M 6 - M10



Machine taps for UnJF-threads

Hss-E-pM 1060

~ din 371 ti/ni B 3BX nr. 6 -40 - 5/8 -18

Hss-E-pM 1064

~ din 371 ti r15 c 3BX nr. 6 -40 - 5/8 -18

Hss-E-pM 1068

~din 371 /~din 374 ni r10 c 3BX nr. 6

-40 - 5/8 -18


Machine taps



Machine taps






solid carbide 969

din 371 H c iso 2 / 6H M 3 - M10

solid carbide 1008

din 371 H E iso 2 / 6H M 3 - M10

solid carbide 971

din 371 n r15 c iso 2 / 6H M 3 - M10

solid carbide 1858

din 371 H c iso 2 / 6H M 5 - M10

solid carbide 2311

din 371 H c iso 2 / 6H M 5 - M10

solid carbide 2506

din 371 H c iso 2 / 6H M 5 - M10

solid carbide 2510

din 371 n r15 c iso 2 / 6H M 5 - M10

solid carbide 2516

din 371 n r15 c iso 2 / 6H M 5 - M10

Hss-E 1898

din 376 n r15 c iso 2 / 6H M12 - M20

Hss-E 1899

din 376 VA r40 c iso 2 / 6H M12 - M20

Hss-E 1901

din 376 H r40 c iso 2 / 6H M12 - M20

Hss-E 2437

din 376 n r15 c iso 2 / 6H M12 - M20

Hss-E 2439

din 376 n r40 c iso 2 / 6H M12 - M20

Hss-E-pM 1194

din 376 H r15 c 6HX M12 - M24




Hss-E-pM 1293

din 376 n r50 c iso 2 / 6H M12 - M20

Hss-E 319

din 376 GG c 6HX M12 - M20

Hss-E 1897

din 376 GG c 6HX M12 - M20

Hss-E 2899

din 376 n AZ E iso 2 / 6H M 5 - M10

Hss-E-pM 297

din 376 H c 6HX M10 - M12

Hss-E-pM 1139

din 371 VA r50 c 6HX M 5 - M10

Hss-E-pM 1142

din 376 VA r50 c 6HX M12 - M20

solid carbide 1859

din 376 H c iso 2 / 6H M12 - M20

solid carbide 1883

din 376 H c iso 2 / 6H M12 - M20

Oil feed taps for iSO metric fine threads

Hss-E-pM 1144

din 374 VA r50 c 6HX M 8 X1 - M20 X1,50

Hss-E 1905

din 374 n r15 c iso 2 / 6H M 5 X0,50 - M20

X1,50

Hss-E 1906

din 374 VA r40 c iso 2 / 6H M 5 X0,50 - M20

X1,50

Hss-E 1907

din 374 H r40 c iso 2 / 6H M 6 X0,75 - M20

X1,50


Machine taps



Machine taps






solid carbide 1860

din 374 H c iso 2 / 6H M12 X1,50 - M20

X1,50

Oil feed taps for UnC threads

Hss-E 1085

~ din 371 GG c nr.10 - 24 - 3/8 -16

Hss-E 1086

~ din 376 GG c 7/16-14 - 7/8 - 9

Oil feed taps for UnF threads

Hss-E 1082

~ din 374 GG c nr.10 - 32 - 7/8 -14

Machine nut taps for iSO metric threads

Hss-E 851

din 357 n iso 2 / 6H M 3 - M30

Machine combination drill taps for iSO metric threads

Hss-E 1839

Guhring std. n d iso 2 / 6H M 3 - M12




Hss-E-pM 1200

din 374 H r15 c 6HX M 9 X1 - M24 X1,50

Hss-E-pM 1294

din 374 n r50 c iso 2 / 6H M 8 X1 - M20 X1,50

Hss-E-pM 1090

din 374 H c 6HX M 8 X1 - M12 X1,50

Hss-E-pM 1007

din 374 H E 6HX M 8 X1 - M16 X1,50

Hss-E 347

din 374 GG c 6HX M 8 X1 - M24 X1,50

Hss-E 1904

din 374 GG c 6HX M 8 X1 - M20 X1,50

solid carbide 972

din 371 H c iso 2 / 6H M 4 X0,50 - M10 X1

solid carbide 1009

din 371 H E iso 2 / 6H M 10 X1 - M16 X1,5

solid carbide 975

din 371 n L15 d iso 2 / 6H M 4 X0,50 - M10 X1

solid carbide 977

din 371 n r15 c iso 2 / 6H M 4 X0,50 - M10 X1

solid carbide 1861

din 371 H c iso 2 / 6H M 5 X0,50 - M10 X1

solid carbide 974

din 374 H c iso 2 / 6H M12 X1,50 - M18

X1,50

solid carbide 976

din 374 n L15 d iso 2 / 6H M12 X1,50 - M18

X1,50

solid carbide 978

din 374 n r15 c iso 2 / 6H M12 X1,50 - M20

X1,50



Fluteless machine taps for iSO metric threads

Hss-E 921

~ din 371 n c 6HX M 2 - M10

Hss-E 1339

~ din 371 n c 6HX M 2,5 - M10

Hss-E 920

~ din 371 n c 6GX M 2 - M10

Hss-E 1340

~ din 371 n c 6GX M 2 - M10

Hss-E-pM 1255

~ din 371 n c 6HX M 2 - M10

Hss-E-pM 1347

~ din 371 n c 6HX M 2 - M10

Hss-E-pM 903

~ din 371 n c 6GX M 2 - M10

Hss-E-pM 1565

~ din 371 n c 6GX M 2 - M10

Hss-E 925

~ din 376 n c 6HX M12 - M20

Hss-E 1341

~ din 376 n c 6HX M12 - M20

Hss-E 924

~ din 376 n c 6GX M12 - M20

Hss-E 1342

~ din 376 n c 6GX M12 - M20

Hss-E-pM 1256

~ din 376 n c 6HX M12 - M20

Hss-E-pM 1566

~ din 376 n c 6HX M12 - M16

Fluteless taps w/o oil grooves










Hss-E-pM 952

~ din 376 n c 6GX M12 - M20

Hss-E-pM 1567

~ din 376 n c 6GX M12 - M20

Fluteless machine taps for iSO metric fine threads

Hss-E 1279

~ din 371 n c 6HX M 8 X1 - M10 X1

Hss-E 1343

~ din 371 n c 6HX M 8 X1 - M10 X1

Hss-E 1280

~ din 371 n c 6GX M10 X1 - M10 X1

Hss-E 1344

~ din 371 n c 6GX M 8 X1 - M10 X1

Hss-E-pM 1257

~ din 371 n c 6HX M 8 X1 - M10 X1,25

Hss-E-pM 1568

~ din 371 n c 6HX M 8 X1 - M10 X1

Hss-E-pM 1740

~ din 371 n E 6GX M 8 X1 - M10 X1,25

Hss-E-pM 1569

~ din 371 n c 6GX M 8 X1 - M10 X1

Hss-E 929

~ din 374 n c 6HX M 8 X1 - M24 X1,50

Hss-E 1345

~ din 374 n c 6HX M12 X1 - M24 X1,50

Hss-E 928

~ din 374 n c 6GX M 8 X1 - M24 X1,50











Hss-E 1346

~ din 374 n c 6GX M16 X1 - M16 X1

Hss-E-pM 1258

~ din 374 n c 6HX M12 X1 - M24 X2

Hss-E-pM 1580

~ din 374 n c 6GX M12 X1 - M24 X1,50

Fluteless machine taps for UnC-threads

Hss-E 2273

~ din 371 n c 2BX nr.10 -24 - 3/8 -16

Hss-E 2274

~ din 376 n c 2BX 7/16-14 - 7/8 - 9

Fluteless machine taps for UnF-threads

Hss-E 1283

~ din 371 n c 2BX nr.10 -32 - 3/8 -24

Hss-E 2275

~ din 374 n c 2BX nr.10 -32 - 1 -12

Fluteless machine taps for BSP-threads

Hss-E 966

din 2189 n c G 1/16 - G1 1/4

Oil feed fluteless taps f. iSO metric threads

solid carbide 2518

~ din 371 n c 6HX M 5 - M10




Hss-E-pM 322

~ din 371 n c 6HX M 3 - M10

Hss-E-pM 339

~ din 376 n c 6HX M12 - M16

Hss-E 2012

din 371 n c 6HX M 3 - M10

Hss-E 919

~ din 371 n c 6HX M 3 - M10

Hss-E 1587

~ din 371 n c 6HX M 3 - M10

Hss-E 918

~ din 371 n c 6GX M 3 - M10

Hss-E 1588

~ din 371 n c 6GX M 3 - M10

Hss-E-pM 1266

~ din 371 n c 6HX M 3 - M10

Hss-E-pM 1599

~ din 371 n c 6HX M 3 - M10

Hss-E-pM 1595

~ din 371 n c 6GX M 6 - M10

Hss-E-pM 1705

~ din 371 n c 6GX M 3 - M10

Hss-E 923

~ din 376 n c 6HX M12 - M20

Hss-E 2013

~ din 376 n c 6HX M12 - M16

Hss-E 1589

~ din 376 n c 6HX M12 - M20

Fluteless taps with oil grooves











Hss-E 922

~ din 376 n c 6GX M12 - M20

Hss-E 1590

~ din 376 n c 6GX M12 - M20

Hss-E-pM 1267

~ din 376 n c 6HX M12 - M20

Hss-E-pM 1707

~ din 376 n c 6HX M12 - M20

Hss-E-pM 1596

~ din 376 n c 6GX M12 - M20

Hss-E-pM 1708

~ din 376 n c 6GX M12 - M20


Hss-E 927

~ din 374 n c 6HX M 6 X0,75 - M24

X1,50

Hss-E 2008

~ din 374 n c 6HX M 6 X0,75 - M20

X1,50

Hss-E 1593

~ din 374 n c 6HX M12 X1 - M24 X1,50

Hss-E 926

~ din 374 n c 6GX M 8 X1 - M24 X1,50

Hss-E 1594

~ din 374 n c 6GX M12 X1 - M24 X1,50

Hss-E-pM 1269

~ din 374 n c 6HX M12 X1 - M24 X2

Hss-E-pM 1711

~ din 374 n c 6HX M12 X1 - M24 X1,50




Hss-E-pM 1598

~ din 374 n c 6GX M12 X1 - M24 X1,50

Hss-E-pM 1712

~ din 374 n c 6GX M12 X1 - M24 X1,50

Hss-E-pM 333

~ din 374 n c 6HX M 8 X1 - M20 X1,50

Hss-E-pM 1284

~ din 371 n c 6HX M 6 X0,75 - M10

X1,25

Hss-E 1275

~ din 371 n c 6HX M 6 X0,75 - M10

X1,25

Hss-E 1591

~ din 371 n c 6HX M 8 X1 - M10 X1

Hss-E 1277

~ din 371 n c 6GX M 8 X1 - M10 X1

Hss-E 1592

~ din 371 n c 6GX M 8 X1 - M10 X1

Hss-E-pM 1268

~ din 371 n c 6HX M 8 X1 - M10 X1,25

Hss-E-pM 1709

~ din 371 n c 6HX M 8 X1 - M 8 X1

Hss-E-pM 1597

~ din 371 n c 6GX M 8 X1 - M10 X1

Hss-E-pM 1710

~ din 371 n c 6GX M 8 X1 - M10 X1


Hss-E 1582

~ din 371 n c 2BX nr.10 -24 - 3/8 -16











Hss-E 2444

~ din 376 n c 6HX M12 - M16

Hss-E 2448

~ din 376 n c 6HX M12 - M16

Hss-E 2445

~ din 376 n c 6GX M12 - M16

Hss-E 2449

~ din 376 n c 6GX M12 - M16

Hss-E-pM 342

~ din 376 n c 6HX M12 - M16

solid carbide 1931

~ din 376 n c 6HX M12 - M20

Hss-E-pM 1270

~ din 371 n c 6HX M 5 - M10

Hss-E-pM 1717

~ din 371 n c 6HX M 5 - M10

Hss-E-pM 1725

~ din 371 n E 6HX M 3 - M10

Hss-E-pM 1713

~ din 371 n c 6GX M 5 - M10

Hss-E-pM 1718

~ din 371 n c 6GX M 5 - M10

Hss-E-pM 1726

~ din 371 n E 6GX M 3 - M10

Hss-E-pM 1271

~ din 376 n c 6HX M12 - M20

Hss-E-pM 1719

~ din 376 n c 6HX M12 - M20




Hss-E 1583

~ din 376 n c 2BX 7/16-14 - 3/4 -10

Fluteless machine taps for UnF-threads

Hss-E 1584

~ din 371 n c 2BX nr.10 -32 - 3/8 -24

Hss-E 1585

~ din 374 n c 2BX 7/16-20 - 3/4 -16

Fluteless machine taps for BSP-threads

Hss-E 1586

din 2189 n c G 1/8 - G 1/2


Hss-E 2442

~ din 371 n c 6HX M 5 - M10

Hss-E 2446

~ din 371 n c 6HX M 5 - M10

Hss-E 2443

~ din 371 n c 6GX M 5 - M10

Hss-E 2447

~ din 371 n c 6GX M 5 - M10

Hss-E-pM 323

~ din 371 n c 6HX M 5 - M10

solid carbide 1972

~ din 371 n c 6HX M 3 - M10

solid carbide 1927

~ din 371 n E 6HX M 3 - M10







Hss-E-pM 1727

~ din 376 n E 6HX M12 - M20

Hss-E-pM 1714

~ din 376 n c 6GX M12 - M20

Hss-E-pM 1720

~ din 376 n c 6GX M12 - M20

Hss-E-pM 1728

~ din 376 n E 6GX M12 - M20

Oil feed fluteless taps f. iSO metric fine threads

Hss-E-pM 338

~ din 374 n c 6HX M 8 X1 - M16 X1,50

solid carbide 1581

~ din 371 / ~ din 374 n c 6HX M10 X1 - M24

X1,50

Hss-E-pM 1926

~ din 371 n c 6HX M 8 X1 - M10 X1

Hss-E-pM 1272

~ din 371 n c 6HX M 8 X1 - M10 X1,25

Hss-E-pM 1721

~ din 371 n c 6HX M 8 X1 - M10 X1,25

Hss-E-pM 1729

~ din 371 n E 6HX M 8 X1 - M10 X1,25

Hss-E-pM 1715

~ din 371 n c 6GX M 8 X1 - M10 X1,25

Hss-E-pM 1722

~ din 371 n c 6GX M 8 X1 - M10 X1,25

Hss-E-pM 1730

~ din 371 n E 6GX M 8 X1 - M10 X1,25




Oil feed fluteless taps f. iSO metric fine threads

Hss-E-pM 1273

~ din 374 n c 6HX M12 X1 - M24 X2

Hss-E-pM 1723

~ din 374 n c 6HX M12 X1 - M24 X1,50

Hss-E-pM 1731

~ din 374 n E 6HX M12 X1 - M24 X1,50

Hss-E-pM 1716

~ din 374 n c 6GX M12 X1 - M24 X1,50

Hss-E-pM 1724

~ din 374 n c 6GX M12 X1,25 - M24

X1,50

Hss-E-pM 1732

~ din 374 n E 6GX M12 X1 - M24 X1,50





SPeCiAL TAPSdo you require a tap in a special dimension and with a special thread type or tolerance? in addition to our standard catalogue range we provide special solutions tailored to your specifi c requirements on request!

Thread milling cutters without chamfer




Drill thread milling cutters





Thread milling cutters for iSO metric fine threads

solid carbide 3788

Guhring std. dtMc sp M 4 X0,50 - M16

X1,50

solid carbide 3787


X1,50

solid carbide 3789


X1,50

solid carbide 3790


X1,50

solid carbide 3792


X1,50

solid carbide 3791


X1,50

solid carbide 3793


X1,50

solid carbide 3794


X1,50

solid carbide 3796


X1,50

solid carbide 3795


X1,50

solid carbide 3797


X1,50



Thread milling cutters for iSO metric threads

solid carbide 3774

Guhring std. dtMc sp M 3 - M16

solid carbide 3776


solid carbide 3775


solid carbide 3777


solid carbide 3778


solid carbide 3780


solid carbide 3779


solid carbide 3781


solid carbide 3782


solid carbide 3784


solid carbide 3783


solid carbide 3785



solid carbide 3786


X1,50




solid carbide 3734

Guhring std. tM sp M 6 - M20

solid carbide 3737


solid carbide 3743


solid carbide 3735


solid carbide 3740


solid carbide 3744


Thread milling cutters for BSP-threads

solid carbide 3745

Guhring std. tM sp G 1/8 - G 3/8

solid carbide 3748


solid carbide 3751


solid carbide 3746


solid carbide 3750


solid carbide 3752


Thread milling cutters without chamfer




Drill thread milling cutters





Thread milling cutters for nPT-threads

solid carbide 3753

Guhring std. tM sp 1/8 - 3/8

solid carbide 3754


solid carbide 3755


Thread milling cutters for nPTF-threads

solid carbide 3756


solid carbide 3757


solid carbide 3758


oeMour oeM division was specifically created to pro-vide direct support for the machine tool industry and has received ongoing development in recent years. Benefit from our know-how of process and tool planning, tool design, process optimisation and after-sales-service.

Thread milling cutters with chamfer










solid carbide 3528

Guhring std. tMc sp M 4 X0,50 - M16

X1,50

solid carbide 3546


X1,50

solid carbide 3762


X1,50

solid carbide 3763


X1,50

solid carbide 3764


X1,50

Thread milling cutters for UnC-threads

solid carbide 3516

Guhring std. tMc sp 1/4 -20 - 1/2 -13

solid carbide 3534


solid carbide 3549


solid carbide 3517


solid carbide 3535


solid carbide 3550


Thread milling cutters for UnF-threads

solid carbide 3518





solid carbide 3510

Guhring std. tMc sp M 3 - M20

solid carbide 3525


solid carbide 3543


solid carbide 3511


solid carbide 3526


solid carbide 3544


solid carbide 3759


solid carbide 3760


solid carbide 3761



solid carbide 3512


X1,50

solid carbide 3527


X1,50

solid carbide 3545


X1,50

solid carbide 3513


X1,50



Thread milling cutters for UnF-threads

solid carbide 3536


solid carbide 3551


solid carbide 3519


solid carbide 3537


solid carbide 3552



solid carbide 3514

Guhring std. tMc sp G 1/8 - G 3/8

solid carbide 3529


solid carbide 3547


solid carbide 3515


solid carbide 3533


solid carbide 3548


solid carbide 3765


solid carbide 3766












solid carbide 3767



solid carbide 3520

Guhring std. tMc sp 1/8 - 3/8

solid carbide 3538


solid carbide 3553



solid carbide 3521


solid carbide 3539


solid carbide 3554


Universal thread milling cutters







solid carbide 3770

Guhring std. tMu sp >=1/2 - >=1


solid carbide 3771


solid carbide 3772


solid carbide 3773





solid carbide 3523

Guhring std. tMu sp >=14 - >=30

solid carbide 3541


solid carbide 3556


Thread milling cutters for Un-threads

solid carbide 3595

Guhring std. tMu un >=1/2 - >=1 1/4

solid carbide 3596


solid carbide 3597



solid carbide 3524


solid carbide 3542


solid carbide 3557



solid carbide 3768


solid carbide 3769



standard Form surface diameter range

Die nuts for iSO metric threads

Hss 125

Guhring std. B lapped M 1,1 - M10

Hss 121

Guhring std. B M 2 - M12

Dies for iSO metric threads

Hss 139

din 382 M 6 - M52

Hss 140

din 382 M 3 - M24

Dies

Dies






Die nuts for iSO metric threads

Hss-E 130

din En 22568 B lapped M 2 - M20

Hss 151

din En 22568 B M 1 - M39

Hss 152

din En 22568 B M 3 - M52

Hss 153


Hss 155


Hss 156

din En 22568 B M 3 - M33

Dies for iSO metric fine threads

Hss 161

din En 22568 B M 2,3X0,25 - M56

X1,5

Hss 162

din En 22568 B M 3 X0,35 - M34

X1,50

Hss 163

din En 22568 B lapped M 4,5X0,50 - M48 X3

Hss 165

din En 22568 B lapped M 4 X0,35 - M39 X2

Dies for UnC-threads

Hss 181

din En 22568 B nr. 2 -56 - 9/16-12

Hss 182

din En 22568 B nr. 8 -32 - 2 -4,5



Dies for UnF-threads

Hss 184

din En 22568 B nr. 0 -80 - 1 1/2 -12

Hss 185

din En 22568 B nr.10 -32 - 1 3/8 -12

Dies for BSW-threads

Hss 172

din En 22568 B W 1/8 - W1 3/8

Hss 173

din En 22568 B lapped W 1/8 - W2

Dies for BSP-threads

Hss 175

din En 24231 B G 1/8 - G1 3/4

Hss 176

din En 24231 B G 1/8 - G2 1/4

Dies for R-threads BSPT

Hss 198

din En 24230 B r 1/8 - r1 1/4

Dies for nPT-threads

Hss 190

din En 22568 B 1/8 - 1

Hss 191

din En 22568 B 1/8 - 3/4

MiLLinG CUTTerS

RF 100 high performance end mills





standard type surface shank design diameter range

RF 100 U - Ratio end mills centre cutting

solid carbide 3731

din 6527 K n HB 4,000 - 20,000

solid carbide 3736

din 6527 L n HA 4,000 - 25,000

solid carbide 3732

din 6527 L n HB 4,000 - 25,000

solid carbide 3837

Guhring std. n HA 6,000 - 20,000

solid carbide 3838

Guhring std. n HB 6,000 - 20,000

solid carbide 3839


solid carbide 3871


solid carbide 3627

Guhring std. n HA 10,000 - 25,000

solid carbide 3872

din 6527 K n HA 6,000 - 25,000

solid carbide 3873

din 6527 K n HB 6,000 - 25,000



RF 100 U - Ratio end mills (3-fluted) centre cutting

solid carbide 3891

din 6527 L n HA 3,000 - 20,000

solid carbide 3892

din 6527 L n HB 3,000 - 20,000

solid carbide 3893

din 6527 K n HA 3,000 - 16,000

solid carbide 3894

din 6527 K n HB 3,000 - 16,000

RF 100 U/HF - Ratio end mills centre cutting

solid carbide 3507

din 6527 L nF HA 6,000 - 25,000

solid carbide 3508

din 6527 L nF HB 6,000 - 25,000

solid carbide 3509

Guhring std. nF HA 6,000 - 20,000

solid carbide 3522

Guhring std. nF HB 6,000 - 20,000

solid carbide 3598


solid carbide 3600









TooL MAnAGeMenT

Concentrate on your core business acti-

vities and leave your Tool Management

to Guhring. we will take care of process

planning, tool storage, logistics, tool ap-

plication, tool maintenance and process

optimisation.

RF 100 VA/nF - Ratio end mills centre cutting

solid carbide 3696

din 6527 L nF HA 6,000 - 25,000

solid carbide 3718

din 6527 L nF HB 6,000 - 25,000

solid carbide 3733


solid carbide 3885




RF 100 VA - Ratio end mills centre cutting

solid carbide 3804

din 6527 K n HA 4,000 - 20,000

solid carbide 3805

din 6527 K n HB 4,000 - 20,000

solid carbide 3800

din 6527 L n HA 6,000 - 25,000

solid carbide 3803

din 6527 L n HB 6,000 - 25,000

solid carbide 3806


solid carbide 3807




RF 100 F - Ratio end mills centre cutting

solid carbide 3629

din 6527 L nH HA 4,000 - 20,000

solid carbide 3630

din 6527 L nH HB 4,000 - 20,000

solid carbide 3366

din 6527 L nH HB 6,000 - 20,000








RF 100 Ti - Ratio end mills centre cutting

solid carbide 3498

din 6527 L n HA 6,000 - 25,000

solid carbide 3499

din 6527 L n HB 6,000 - 25,000

RF 100 SF - Ratio end mills (5-fluted) centre cutting

solid carbide 3897

Guhring std. nH HA 4,000 - 20,000

solid carbide 3898

Guhring std. nH HB 4,000 - 20,000

RF 100 SF - Ratio end mills (6-fluted) centre cutting

solid carbide 3631

Guhring std. nH HA 8,000 - 25,000

solid carbide 3632

Guhring std. nH HB 8,000 - 25,000



RF 100 H - Ratio end mills centre cutting

solid carbide 3895

din 6527 L H HA 6,000 - 20,000

solid carbide 3896

din 6527 L H HB 6,000 - 20,000



RF 100 A - Ratio end mills centre cutting

solid carbide 3202

din 6527 L W HA 4,000 - 20,000

solid carbide 3319

din 6527 L W HB 4,000 - 20,000

RF 100 A/WF - Ratio end mills centre cutting

solid carbide 3468

din 6527 L WF HA 6,000 - 25,000

solid carbide 3469

din 6527 L WF HB 6,000 - 25,000

solid carbide 3470

Guhring std. WF HA 6,000 - 20,000

solid carbide 3471

Guhring std. WF HB 6,000 - 20,000

HPC high performance end mills









RS 100 U - high performance roughing end mills

solid carbide 3887

din 6527 L nF HA 6.000 - 25.000

solid carbide 3888

din 6527 L nF HB 6.000 - 25.000

RS 100 F - high performance roughing end mills

solid carbide 3889

din 6527 L nF HA 6.000 - 25.000

solid carbide 3890

din 6527 L nF HB 6.000 - 25.000

GS 100 U - roughing end mills with fine teeth

solid carbide 3204

din 6527 L nrf HB 6.000 - 25.000

solid carbide 3723

din 6527 L nrf HB 6.000 - 25.000

solid carbide 3365

din 6527 L nrf HB 6.000 - 20.000

GS 100 A - roughing end mills with coarse teeth

solid carbide 3127

din 6527 L Wr HB 6.000 - 25.000

solid carbide 3364

din 6527 L Wr HB 6.000 - 20.000

GS 100 H - roughing end mills with fine teeth

dK 500 uF 3682

din 6527 L Hr HB 6.000 - 20.000



GH 100 U - slot drills (3-fluted)

solid carbide 3193

din 6527 K nH HA 3.000 - 20.000

solid carbide 3540

din 6527 K nH HA 3.000 - 20.000

solid carbide 3285

din 6527 K nH HB 3.000 - 20.000

solid carbide 3729

din 6527 K nH HB 3.000 - 20.000

solid carbide 3196

din 6527 L nH HA 1.000 - 20.000

solid carbide 3636

din 6527 L nH HA 1.000 - 20.000

solid carbide 3286

din 6527 L nH HB 3.000 - 20.000

solid carbide 3730

din 6527 L nH HB 3.000 - 20.000

solid carbide 3203

din 6528 nH HA 2.000 - 20.000

solid carbide 3741

din 6528 nH HA 2.000 - 20.000

GH 100 U- Mini slot drills (3-fluted)

solid carbide 3686

Guhring std. nH Ø<2,0 HA/HB 1.000 - 10.000

GA 200 A - slot drills (3-fluted)

solid carbide 3367

Guhring std. W HA 6.000 - 20.000



GH 100 U - multi-tooth end mills

solid carbide 3311

Guhring std. nH HA 3.000 - 25.000

solid carbide 3689


solid carbide 3019

Guhring std. nH HB 6.000 - 25.000

solid carbide 3047


solid carbide 3312


solid carbide 3691


solid carbide 3313


solid carbide 3693


GH 100 H - hard multi-tooth end mills

dK 500 uF 3715

Guhring std. H HA 3.000 - 20.000

dK 500 uF 3716











Slot drills (2-fluted)

solid carbide 3194

din 6527 K n HA 2.000 - 20.000

solid carbide 3633

din 6527 K n HA 2.000 - 20.000

solid carbide 3294

din 6527 K n HB 2.000 - 20.000

solid carbide 3634

din 6527 K n HB 2.000 - 20.000

solid carbide 3195

din 6527 L n HA 1.000 - 20.000

solid carbide 3635

din 6527 L n HA 1.000 - 20.000

solid carbide 3295

din 6527 L n HB 2.000 - 20.000

solid carbide 3154

din 6527 L n HB 2.000 - 20.000

solid carbide 3212

Guhring std. n HA 2.000 - 20.000

solid carbide 3709


solid carbide 3303

din 6528 n HA 2.000 - 20.000

solid carbide 3676

din 6528 n HA 2.000 - 20.000

XL slot drills (2-fluted)

solid carbide 3011


Solid carbide universal end mills











solid carbide 3021


Al slot drills (2-fluted)

solid carbide 3310

din 6527 K W HA 3.000 - 20.000

solid carbide 3126

din 6527 K W HB 3.000 - 20.000

solid carbide 3309

din 6527 L W HA 3.000 - 20.000

solid carbide 3059

din 6527 L W HB 3.000 - 20.000

XL Al slot drills (2-fluted)

solid carbide 3358



solid carbide 3555

din 6527 K n HA 2.000 - 20.000

solid carbide 3558

din 6527 K n HA 2.000 - 20.000

solid carbide 3296

din 6527 K n HB 2.000 - 20.000

solid carbide 3719

din 6527 K n HB 2.000 - 20.000

solid carbide 3559

din 6527 L n HA 2.000 - 20.000




solid carbide 3560

din 6527 L n HA 2.000 - 20.000

solid carbide 3297

din 6527 L n HB 2.000 - 20.000

solid carbide 3720

din 6527 L n HB 2.000 - 20.000

solid carbide 3307

din 6528 n HA 2.000 - 20.000

solid carbide 3677

din 6528 n HA 2.000 - 20.000

solid carbide 3220


solid carbide 3711



solid carbide 3314


solid carbide 3680


Mini slot drills (3-fluted)

solid carbide 3684

Guhring std. n Ø<2,0 HA/HB 0.300 - 20.000

End mills (4-fluted)

solid carbide 3198

din 6527 K n HA 2.000 - 20.000











solid carbide 3637

din 6527 K n HA 2.000 - 20.000

solid carbide 3298

din 6527 K n HB 2.000 - 20.000

solid carbide 3721

din 6527 K n HB 2.000 - 20.000

solid carbide 3197

din 6527 L n HA 2.000 - 20.000

solid carbide 3649

din 6527 L n HA 2.000 - 20.000

solid carbide 3299

din 6527 L n HB 2.000 - 20.000

solid carbide 3722

din 6527 L n HB 2.000 - 20.000

solid carbide 3257


solid carbide 3713


solid carbide 3304

din 6528 n HA 4.000 - 20.000

solid carbide 3678

din 6528 n HA 4.000 - 20.000

XL end mills (4-fluted)

solid carbide 3012


solid carbide 3023


HPC radius end mills



Slot drills with corner radius (2-fluted)

solid carbide 3106

din 6527 L n HA 6.000 - 20.000

solid carbide 3561

din 6527 L n HA 6.000 - 20.000

End mills with corner radius (4-fluted)

solid carbide 3111

din 6527 L n HA 6.000 - 20.000

solid carbide 3562

din 6527 L n HA 6.000 - 20.000

GH 100 U - multi-tooth end mills with cor-ner radius

solid carbide 3112

din 6527 L nH HA 6.000 - 20.000

solid carbide 3563

din 6527 L nH HA 6.000 - 20.000

GF 500 T - HSC-profile cutters with Torus form

solid carbide 3856

Guhring std. n dZ 2.000 - 12.000

solid carbide 3859


solid carbide 3860


solid carbide 3865


solid carbide 3863











GF 300 T - hard profile cutters with Torus form

dK 500 uF 3361


dK 500 uF 3362


GH 100 H - hard multi-tooth end mills with corner radius

dK 500 uF 3363


Ball nose slot drills (2-fluted)

solid carbide 3308

din 6527 L n HA 0.500 - 20.000

solid carbide 3679

din 6527 L n HA 0.500 - 20.000

solid carbide 3024

din 6527 L n HB 3.000 - 20.000

solid carbide 3049

din 6527 L n HB 3.000 - 20.000

Ball nose end mills (4-fluted)

solid carbide 3306

din 6528 n HA 4.000 - 20.000

solid carbide 3727

din 6528 n HA 4.000 - 20.000

solid carbide 3026

din 6527 L n HB 3.000 - 20.000

solid carbide 3050

din 6527 L n HB 3.000 - 20.000



XL ball nose slot drills (2-fluted)

solid carbide 3014


solid carbide 3030


XL ball nose end mills (4-fluted)

solid carbide 3015


solid carbide 3043


GF 200 B - ball nose profile cutters

solid carbide 3017


solid carbide 3044


solid carbide 3018


solid carbide 3045


GF 500 B - HSC-ball nose profile cutters

solid carbide 3848


solid carbide 3849


solid carbide 3853


l 2

d2

d1l1

d3l4 l3

r=0,1










GF 500 B - HSC-ball nose profile cutters

solid carbide 3855


solid carbide 3854


solid carbide 3866


GF 300 B - ball nose hard profile cutters

dK 500 uF 3359


dK 500 uF 3360


GF 200 wP

Guhring‘s milling cutter program includes the

diesinking cutter GF 200 wP, available in two

holder lengths and with carbide, Fire-coated

or with cermet, bright finish indexable insert

specifically designed for hSC finishing of free-

form surfaces in the die and form industry:



1941

Guhring std. GF200 HA 10.00 - 32.00

1942

Guhring std. GF200 HA 10.00 - 32.00

cermet 1947

Guhring std. GF200 10.00 - 32.00

solid carbide 2520

Guhring std. GF200 10.00 - 32.00

PCd high performance end mills, centre cutting and with internal coolingPlease note our PCD-tipped HPC end mills suitable for high performance machining of aluminium. The tools ex-cel thanks to their unique geometry and permit extremely high feed rates combined with reduced wear thanks the

micro-corner radius. The machining of difficult to access components is made possible thanks to collision protec-tion and with internal cooling guarantees optimal chip eva-cuation.

Guhring no. 5492Slot drills (2-fluted)Type WShank form HAStandard rangefor Diameter 6.00 mm to 20.00 mm

Guhring no. 5493Slot drills (2-fluted)Type WShank form straightStandard rangefor Diameter 6.00 mm to 20.00 mm

Guh. no. 5492

Guh. no. 5493

M42 universal end mills





RF 40 - Ratio end mills

Hss-E-pM 3429

din 844 K n B 8.000 - 20.000

Hss-E-pM 3705

din 844 K n B 8.000 - 20.000

Hss-E-pM 3432

din 844 L n B 16.000 - 30.000

Hss-E-pM 3706

din 844 L n B 16.000 - 30.000

GS 40 - roughing end mills with fine teeth

Hss-E-pM 3322

din 844 K nrf B 6.000 - 20.000

Hss-E-pM 3668

din 844 K nrf B 6.000 - 20.000

Hss-E-pM 3340

din 844 K nrf B 6.000 - 32.000

Hss-E-pM 3660

din 844 K nrf B 6.000 - 32.000

PM HSS-E high performance end mills







M42 3451

din 327 d n B 1.000 - 25.000

M42 3663

din 327 d n B 1.000 - 25.000

M42 3452

din 844 K n B 3.000 - 20.000

M42 3694

din 844 K n B 3.000 - 20.000

M42 3453

din 844 L n B 3.000 - 20.000

M42 3695

din 844 L n B 3.000 - 20.000


M42 3458

din 327 d n B 2.800 - 30.000

M42 3651

din 327 d n B 2.800 - 30.000

M42 3459

din 844 K n B 2.800 - 20.000

M42 3664

din 844 K n B 2.800 - 20.000

M42 3460

din 844 L n B 3.000 - 20.000

M42 3836

din 844 L n B 3.000 - 20.000






PM HSS-E high performance end mills





Mini slot drills (3-fluted)

M42 3142

Guhring std. n B 3.000 - 10.000

M42 3144

Guhring std. n B 3.000 - 10.000

M42 3143

Guhring std. n B 3.000 - 10.000

M42 3145

Guhring std. n B 3.000 - 10.000


M42 3466

din 327 d n B 2.000 - 28.000

M42 3703

din 327 d n B 2.000 - 30.000

M42 3467

Guhring std. n B 3.000 - 30.000

M42 3704

Guhring std. n B 3.000 - 20.000

End mills

M42 3428

din 844 K n B 2.000 - 32.000

M42 3670

din 844 K n B 2.000 - 32.000

M42 3431

din 844 L n B 3.000 - 40.000

M42 3692

din 844 L n B 3.000 - 32.000



End mills

M42 3433

Guhring std. n B 6.000 - 20.000

Roughing end mills

M42 3346

din 844 K nr B 6.000 - 50.000

M42 3690

din 844 K nr B 6.000 - 50.000

M42 3347

din 844 L nr B 6.000 - 36.000

M42 3650

din 844 L nr B 6.000 - 36.000

Roughing/finishing end mills

M42 3343

din 844 K nF B 6.000 - 50.000

M42 3669

din 844 K nF B 6.000 - 40.000

M42 3342

din 844 L nF B 6.000 - 36.000

M42 3698

din 844 L nF B 6.000 - 32.000

Morse taper end mills

Hsco 3117

din 845 K nr MK 10.000 - 50.000

Hsco 3118

din 845 K nF MK 10.000 - 50.000

Solid carbide end mills (imperial)









Morse taper end mills

Hsco 3440

din 845 K n MK 14.000 - 45.000

Hsco 3121

din 845 L nr MK 16.000 - 40.000

Hsco 3120

din 845 L n MK 16.000 - 63.000

End mills with international taper

Hsco 3130

din 2328 K n sK 32.000 - 80.000

Hsco 3133

din 2328 L n sK 32.000 - 80.000

Hsco 3131

din 2328 K nr sK 32.000 - 80.000

Hsco 3134

din 2328 L nr sK 32.000 - 80.000

Side and face cutters

Hsco 3530

din 885 n 50.000 - 200.000

Shell end mills

M42 3504

din 1880 n 40.000 - 100.000

M42 3654

din 1880 n 40.000 - 100.000

M42 3187

din 1880 nF 40.000 - 160.000



Shell end mills

M42 3185

din 1880 nr 40.000 - 160.000

M42 3749

din 1880 nr 40.000 - 100.000

Woodruff cutters

Hsco 3580

din 850 d n B 4.500 - 45.500

Hsco 3579

din 850 c H A 4.500 - 45.500

T-slot end mills

Hsco 3570

din 851 n B 12.500 - 32.000

Corner rounding cutters

Hsco 3176

din 6518 n r<10,0 B/d 10.000 - 56.000

Dovetail cutters

Hsco 3572

din 1833 c H B 16.000 - 32.000

Hsco 3576

din 1833 d H B 16.000 - 25.000

Hsco 3574

din 1833 c H B 16.000 - 32.000

Hsco 3577

din 1833 d H B 16.000 - 32.000










RF 100 U - Ratio end mills Standard

solid carbide 3113


solid carbide 3099

Guhring std. n ~HB 9.525 - 25.400

solid carbide 3114


solid carbide 3100

Guhring std. n ~HB 9.525 - 25.400

RF 100 SF - Ratio end mills Superfinish

solid carbide 3115


GH 100 U - slot drills (3-fluted)

solid carbide 3172


solid carbide 3173


GA 200 A - slot drills (3-fluted)

solid carbide 3177


RS 100 U - high performance roughing end mills

solid carbide 3097

Guhring std. nF dZ 6.350 - 25.400



RS 100 F - high performance roughing end mills

solid carbide 3098

Guhring std. nF dZ 6.350 - 25.400

GS 100 U - roughing end mills with fine teeth

solid carbide 3186

Guhring std. nrf HA 6.350 - 25.400

solid carbide 3188

Guhring std. nrf HA 6.350 - 25.400

GS 100 A - roughing end mills with coarse teeth

solid carbide 3184

Guhring std. Wr HA 6.350 - 25.400

GS 100 H - roughing end mills with fine teeth

dK 500 uF 3189

Guhring std. Hr HA 6.350 - 19.050

dK 500 uF 3190

Guhring std. Hr HA 6.350 - 19.050

GH 100 U - multi-tooth end mills

solid carbide 3178


solid carbide 3179


solid carbide 3180


solid carbide 3181











GH 100 H - hard multi-tooth end mills

dK 500 uF 3182


dK 500 uF 3183



solid carbide 3146


solid carbide 3148


solid carbide 3147


solid carbide 3149


solid carbide 3092


Al slot drills (2-fluted)

solid carbide 3174


solid carbide 3175



solid carbide 3168


solid carbide 3170





solid carbide 3169


solid carbide 3171



solid carbide 3150


solid carbide 3153


solid carbide 3152


solid carbide 3156


solid carbide 3093


XL end mills (4-fluted)

solid carbide 3151


solid carbide 3155


GF 300 T - hard profile cutters with Torus form

dK 500 uF 3192












solid carbide 3157


solid carbide 3159


solid carbide 3158


solid carbide 3160


Ball nose end mills (4-fluted)

solid carbide 3161


solid carbide 3165


solid carbide 3164


solid carbide 3167


XL ball nose end mills (4-fluted)

solid carbide 3162


solid carbide 3166



dK 500 uF 3101





dK 500 uF 3191


reAMerS



nC machine reamers

Hss-E 455


Hss-E 490


Machine reamers

Hss-E 404

din 208 A rh 3,000 - 50,000

Hss-E 405

din 208 B rh 3,000 - 50,000

Hss-E 642

din 208 B rh 8,000 - 20,000

Hss-E 401

din 212 A rh 1,000 - 5,500

Hss-E 402

din 212 B rh 1,000 - 3,700

Hss-E 440

din 212 c rh 4,000 - 20,000

Hss-E 468

din 212 d rh 3,800 - 20,000

Hss-E 641

din 212 d rh 4,000 - 20,000

Hss-E 457

din 212 A lh 1,000 - 6,000

Hss-E 467

din 212 c lh 4,500 - 10,000

Hss-E 496

din 212 B/d rh 0,950 - 12,050

High speed steel reamers






Machine reamers with coolant duct

Hss-E 1431

din 212 c rh 5,000 - 20,000

Machine reamers

Hss-E 488

din 8089 A rh 4,000 - 20,000

Hss-E 489

din 8089 B rh 4,000 - 20,000

Hss-E 497

din 8089 B rh 3,760 - 12,050

Hss-E 1432

din 8089 A rh 5,000 - 20,000

Quick spiral reamers

Hss-E 403

din 212 rh 1,000 - 5,500

Hss-E 469

din 212 E rh 4,000 - 20,000

Hss-E 406

din 208 c rh 3,000 - 32,000

set Guhring no. 458

Machine bridge reamers

Hss 414

din 311 rh 6,400 - 40,000

Expanding machine reamers

Hss-E 430








Machine bottoming reamers

Hss-E 419


Hss-E 420


Stepped machine reamers

Hss-E 431


Shell reamers

Hss-E 409

din 219 c rh 25,000 - 98,000

Hss-E 407

din 219 A rh 26,000 - 98,000

Hss-E 408

din 219 B rh 25,000 - 75,000

Carbide reamers



Carbide reamers



Carbide high performance reamers HR 500

carbide 1681

Guhring std. rh 22,000 - 40,000

carbide 1682

Guhring std. rh 22,000 - 40,000

carbide 1683

Guhring std. rh 22,000 - 40,000

nC machine reamers

solid carbide 1427


solid carbide 1449


Machine reamers

carbide 717

~ din 8050 A rh 5,000 - 20,000

carbide 718

~ din 8050 B rh 5,000 - 20,000

carbide 1408

~ din 8093 A rh 1,000 - 20,000

carbide 1428

~ din 8093 A rh 2,000 - 20,000

carbide 1409

~ din 8093 B rh 1,000 - 20,000

carbide 1429

~ din 8093 B rh 2,000 - 20,000

carbide 719

~ din 8051 A rh 5,000 - 40,000

Carbide high performance reamers HR 500

solid carbide 1685


solid carbide 1686


solid carbide 1675


solid carbide 1676


carbide 1680

Guhring std. rh 22,000 - 40,000




Carbide reamers






Machine reamers

carbide 720

~ din 8051 B rh 6,000 - 32,000

carbide 1410

~ din 8094 A rh 5,000 - 40,000

carbide 1411

~ din 8094 B rh 5,000 - 40,000

Machine reamers

carbide 674

~ din 8090 A rh 4,000 - 15,000

carbide 1430

~ din 8090 A rh 3,000 - 14,000

carbide 1407

~ din 8090 B rh 3,000 - 16,000

carbide 737

~ din 8090 c rh 4,000 - 15,500

Expanding machine reamers

carbide 749


carbide 740


Stepped machine reamers

carbide 743


Taper reamers/Hand reamers



Hand taper reamers

Hss 428

din 9 A rh 1,000 - 50,000

Hss 429

din 9 B rh 1,500 - 50,000

Hss 1433


Machine taper reamers

Hss-E 410

din 2179 rh 1,000 - 12,000

Hss-E 411

din 2180 rh 5,000 - 50,000

Hand reamers

Hss 412

din 206 A rh 1,000 - 60,000

Hss 413

din 206 B rh 1,000 - 60,000

Hand reamers

Hss 415

din 859 B rh 4,000 - 60,000

Hss 416


adjustable

expanding

Shell reamers

carbide 727

din 8054 rh 25,000 - 55,000

CoUnTerSinkS

>Ø8,00

>Ø8,00

>Ø8,00



60° countersinks

Hss 470

din 334 A rh 8.000 - 20.000

Hss 472

din 334 c rh 6.300 - 25.000

Hss 471

din 334 B rh 16.000 - 100.000

Hss 473

din 334 d rh 16.000 - 80.000

90° countersinks

Hss 474

din 335 A rh 8.000 - 20.000

Hss 476

din 335 c rh 4.300 - 31.000

Hss 1326

din 335 c rh 4.300 - 31.000

Hss 327

din 335 c rh 5.000 - 31.000

Hss 477

din 335 d rh 15.000 - 100.000

Hss 328

din 335 d rh 25.000 - 50.000

Hss 475

din 335 B rh 16.000 - 100.000

90° countersinks for fine tolerances

Hss 436

din 1866 rh 2.000 - 19.000

HSS, HSS-E and carbide countersinks






90° countersinks for fine tolerances

Hss 1318

din 1866 rh 5.000 - 19.000

90° countersinks for medial tolerances

Hss 437

din 1866 rh 6.600 - 21.500

Hss 1319

din 1866 rh 6.600 - 21.500

90° countersinks for tapping size holes

Hss 438

din 1866 rh 6.000 - 19.000

Hss 1323

din 1866 rh 6.000 - 15.000

90° countersinks

Hss 498

din 335 c rh 7.000 - 7.000

Hss 499

din 335 c rh 7.000 - 7.000

120° countersinks

Hss 478

din 347 A rh 8.000 - 20.000

Hss 480

Guhring std. rh 16.000 - 16.000

Hss 481

Guhring std. rh 25.000 - 40.000

HSS, HSS-E and carbide countersinks






120° countersinks

Hss 479

din 347 B rh 20.000 - 100.000

Counterbores with fixed pilots for fine tolerances

Hss 482

din 373 rh 2.200 - 20.000

Hss 324

din 373 rh 6.000 - 20.000

Hss 485

Guhring std. rh 18.000 - 40.000

Counterbores with fixed pilots for medial tolerances

Hss 483

din 373 rh 6.000 - 20.000

Hss 325

din 373 rh 6.000 - 18.000

Hss 486

Guhring std. rh 18.000 - 40.000

Counterbores with fixed pilots for tapping size holes

Hss 484

din 373 rh 6.000 - 20.000

Hss 326

din 373 rh 6.000 - 18.000

Hss 487

Guhring std. rh 18.000 - 33.000



Counterbores with hole for detachable pilot

Hss 463

din 375 rh 15.000 - 63.000

Spot facers

Hss-E 432

din 1862 rh 3.500 - 13.000

Hss-E 433

din 1862 rh 6.000 - 30.000

Hss-E 434

din 1862 rh 10.000 - 30.000

Hss-E 435

din 1862 rh 20.000 - 48.000

Back spotfacers

carbide 1640

Guhring std. rh 44.000 - 115.000

Hss 1638

Guhring std. rh 11.000 - 115.000

De-burring forks

solid carbide 4101

Guhring std. rh 2.000 - 8.000

solid carbide 4100

Guhring std. rh 2.000 - 8.000

1648

1650

1625 1626 1627 1628 1629 1630

1641 1642

1638 1640

1651

16541602 1603 1601 1602 1603 1604 1606 1622

1615 16171616


Short counterbore system



Safety boltfor use with CNC machining centres, transfer lines, horizontal boring machines, special machines with tool safety device

for use with conventional machines without tool safety device

carb. carb. carb.

carb.

carb.

Tool extractorfor short counterbores with pilots

in std. holders

Tool extractorfor short counterbores with pilotsin std. holders and for short counterboresin holders with extractor bush,basically for universal holders

Long std. holder

Short std. holder

Universal holder

Pilots Pilots, completePilots, complete

type KS 100 WP

type KS 140 onlyKK0

type KS 108 onlyKK0

type KS125 type KS140 type KS108 type KS115 type KS100 type KS100 90°

with toolsafety device

PCd And CBn TooLS


Advantages and application of PCD and CBn tools

Fig. 1: PCD-tool Convincing, wear-resistant diamond cutting edge

Fig. 2: Carbide Visible rounding of cutting edge after a short time

The PCD and CBn tool range

PCD is especially suitable for the drilling, milling and reaming of non-ferrous materials, light and heavy me-tals, fibre-reinforced plastics, ceramics as well as synthetic glass.CBN is especially efficient for the ma-chining of hardened steels and pearli-tic cast materials.These materials are currently speci-fically applied in the automotive and aerospace industry as well as the ma-chine tool industry.

Guhring’s PCD tool range on the one hand includes drills, milling cutters and reamers as well as interchangeable in-serts. In addition, Guhring develops, designs and produces predominant-ly customer specific special tools for highly complex machining tasks. This includes. For example, PCD-tipped fi-nishing reamers for the machining of valve seats in the automotive industry or combination tools enabling diffe-rent machining operations with one single tool.

Guhring’s CBN tool range includes, dependent on the range of application, drills, milling cutters, reamers and in-terchangeable inserts. These tools are applied in the automotive and medical industry as well as other specific appli-cations. For example, CBN tools from Guhring are successfully and econo-mically applied in the production of wheels, pumps and shafts.

Powerful and economicalTools with PCD and CBN cutting edges are the ideal solution for difficult-to machine, highly abrasive materials. These tools achieve highest quality and economic efficiency. The result: Long tool life, highest surface quality, optimal process reliability and repeat-ability.

However, in order to take full advan-tage of their performance potential, the customer’s production must fulfil certain minimum requirements. This includes applying the tools on rigid and vibration-free machines as well as highly accurate spindle bearings or sli-de ways respectively.

CFK, is probably the most suitable future material applied in the aircraft industry thanks to its high rigidity and low weight. A consequence of this de-velopment is the difficult characteri-stics for machining. The abrasive wear leads to a visible rounding of carbide cutting edges within a short time (fig. 2). This results in the fibres no lon-ger being cut but squashed and then being ripped from the laminate (dela-mination).

The range of application of our PCD tools begins with applications that have highest demands on surface qua-lity. PCD-tools do not display the typi-cal initial wear (fig. 1), but guarantee no delamination tendencies during the machining process thanks to the extre-mely resilient diamond cutting edge.

Satisfying highest demands

Standard and highly complex PCD special tools

Standard and highly complex CBn special tools


Field of application – Aircraft industry

Complete trust in Guhring: Eurocopter, the market leader

Technology leader – Airbus:Composite materials require PCD and CBN tools

Airbus application: Guhring tools with PCD cutting edges

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Multi-faceted application: Milling, drilling and reaming of a transmission housing

Finish machining: Slide valve holes in a control plate.

Safety component:Drilling and reaming of a master brake cylinder

Demanding: Complete machining of a cylinder head

Complete machining:Motor mountings in a revolving machine

Better performance - less fuel con-sumption

High-tech and the dream of flying

The solution:Guhring’s PCD and CBn know-how

Lightweight construction for better performance and less fuel consumpti-on in the automotive industry is lea-ding increasingly to the application of special materials such as aluminium and magnesium alloys in this field. Typical workpieces are, for exam-ple, engine blocks, cylinder heads, cranks-hafts and camshafts as well as trans-mission housings – ideal for the appli-cation of PCD and CBN tools.

The increasing demands on aero-planes, helicopters, rockets and sa-tellites drives forward the continuous development of new materials, espe-cially synthetic composite materials or special alloys. The machining of these materials is, however, becoming in-creasingly more difficult. In addition, the quality and precision requirements of the aerospace industry are constant-ly increasing.

In many cases it is the high hardness and the very sharp cutting edges of PCD and CBN tools that actually ma-kes the machining of modern materi-als applied in the aerospace industry possible. In addition, Guhring’s exten-

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Field of application – Automotive industry

*Publication with kind permission of Volkswagen AG

sive know-how in PCD and CBN sec-tor regarding the design of tools and machining processes ensures that the tools developed by Guhring achieve the required quality and economical cutting parameters as well as tool life.


Field of application – Aircraft industry

Complete trust in Guhring: Eurocopter, the market leader

Technology leader – Airbus:Composite materials require PCD and CBN tools

Airbus application: Guhring tools with PCD cutting edges

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oto

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roco

pte

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Multi-faceted application: Milling, drilling and reaming of a transmission housing

Finish machining: Slide valve holes in a control plate.

Safety component:Drilling and reaming of a master brake cylinder

Demanding: Complete machining of a cylinder head

Complete machining:Motor mountings in a revolving machine

Better performance - less fuel con-sumption

High-tech and the dream of flying

The solution:Guhring’s PCD and CBn know-how

Lightweight construction for better performance and less fuel consumpti-on in the automotive industry is lea-ding increasingly to the application of special materials such as aluminium and magnesium alloys in this field. Typical workpieces are, for exam-ple, engine blocks, cylinder heads, cranks-hafts and camshafts as well as trans-mission housings – ideal for the appli-cation of PCD and CBN tools.

The increasing demands on aero-planes, helicopters, rockets and sa-tellites drives forward the continuous development of new materials, espe-cially synthetic composite materials or special alloys. The machining of these materials is, however, becoming in-creasingly more difficult. In addition, the quality and precision requirements of the aerospace industry are constant-ly increasing.

In many cases it is the high hardness and the very sharp cutting edges of PCD and CBN tools that actually ma-kes the machining of modern materi-als applied in the aerospace industry possible. In addition, Guhring’s exten-

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*

Ph

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gra

ph

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lksw

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*Field of application – Automotive industry

*Publication with kind permission of Volkswagen AG

sive know-how in PCD and CBN sec-tor regarding the design of tools and machining processes ensures that the tools developed by Guhring achieve the required quality and economical cutting parameters as well as tool life.


Advantages and application of PCD and CBn tools

Fig. 1: PCD-tool Convincing, wear-resistant diamond cutting edge

Fig. 2: Carbide Visible rounding of cutting edge after a short time

The PCD and CBn tool range

PCD is especially suitable for the drilling, milling and reaming of non-ferrous materials, light and heavy me-tals, fibre-reinforced plastics, ceramics as well as synthetic glass.CBN is especially efficient for the ma-chining of hardened steels and pearli-tic cast materials.These materials are currently speci-fically applied in the automotive and aerospace industry as well as the ma-chine tool industry.

Guhring’s PCD tool range on the one hand includes drills, milling cutters and reamers as well as interchangeable in-serts. In addition, Guhring develops, designs and produces predominant-ly customer specific special tools for highly complex machining tasks. This includes. For example, PCD-tipped fi-nishing reamers for the machining of valve seats in the automotive industry or combination tools enabling diffe-rent machining operations with one single tool.

Guhring’s CBN tool range includes, dependent on the range of application, drills, milling cutters, reamers and in-terchangeable inserts. These tools are applied in the automotive and medical industry as well as other specific appli-cations. For example, CBN tools from Guhring are successfully and econo-mically applied in the production of wheels, pumps and shafts.

Powerful and economicalTools with PCD and CBN cutting edges are the ideal solution for difficult-to machine, highly abrasive materials. These tools achieve highest quality and economic efficiency. The result: Long tool life, highest surface quality, optimal process reliability and repeat-ability.

However, in order to take full advan-tage of their performance potential, the customer’s production must fulfil certain minimum requirements. This includes applying the tools on rigid and vibration-free machines as well as highly accurate spindle bearings or sli-de ways respectively.

CFK, is probably the most suitable future material applied in the aircraft industry thanks to its high rigidity and low weight. A consequence of this de-velopment is the difficult characteri-stics for machining. The abrasive wear leads to a visible rounding of carbide cutting edges within a short time (fig. 2). This results in the fibres no lon-ger being cut but squashed and then being ripped from the laminate (dela-mination).

The range of application of our PCD tools begins with applications that have highest demands on surface qua-lity. PCD-tools do not display the typi-cal initial wear (fig. 1), but guarantee no delamination tendencies during the machining process thanks to the extre-mely resilient diamond cutting edge.

Satisfying highest demands

Standard and highly complex PCD special tools

Standard and highly complex CBn special tools

Standard solutions for special tools

As individual as your special tool may be, with indexable inserts, short clamping holders and cartridges – i.e. the wear components in the highly stressed cutting area of the tool – you can with Guhring draw upon a broad and extensive standard range. Your advantages: fast stock availability and favourable costs together with highest quality and ease of operation!

0,0062050 Durchmesser - Innen

Xq

(m

m)

0,004

0,002

0,000

-0,002

-0,004

-0,006


Adjustable, multi-fluted PCD-tipped reamers Adjustable, multi-fluted PCD-tipped reamers

For reaming operations with PCD- or CBN-tipped tools, Guhring has deve-loped unique solutions opening up completely new possibilities regar-ding accuracy and economic efficiency. Reaming tools with these technologies offer the user the following clear com-petitive advantages:

• quick, simple and highly accurate set-ting of the first tool step diameter.

• radial delivery of the coolant directly at the cutting edges via expanding screw.

• optimal tool lubrication. • optimal chip evacuation from the

hole.

• the expanding screw is completely integrated in the tool head.

• the reamer operates - in contrast to conventional solutions with a protru-sive expansion screw - down to the base of the hole without problem.

• it enables the machining of through holes as well as blind holes.

• simple, quick and highly accurate di-ameter setting for first and second step.

• both tool diameters can be re-adju-sted when tool is in clamped conditi-on.

• machining of through and blind holes thanks to the integrated expanding screw in the tool point.

• optimal coolant delivery to the cutting edges thanks to radial coolant exits in the expanding screw.

• highest feed rates thanks to several cutting edges.

• reduction in machining time.• maximum accuracy and extreme tool

life.

Continued maximum accuracy: For 10,000 holes inspected the max. scattering was 2 µm.

Unique technologies for perfect, high-ly efficient reaming

Patent applied for coolant delivery di-rectly to the cutting edges via expan-ding screw

The expanding screw is integrated in the tool head

Reaming with maximum Accuracy

PCD-tool Designs and their application possibilities

• with two-step reamers the inner tool body acts as an expanding screw.

• inner tool body and outer unit are screwed together.

• the expansion of the step diameter is performed via the integrated taper of the inner tool body.

• the diameter setting of the second

The patent pending stepped reamer diameter setting

step is carried out by simply turning the inner tool body.

• the diameter setting can, therefore, be carried out when the tool is clam-ped.

• the ground flats on the inner tool body suit an adjusting wrench.

Step 1: simple adjustm

ent via

the expanding screw integra-

ted in the to

ol head


ent by

rotating th

e inner to

ol body with

integrated taper

• multi-fluted reamer with solid brazed PCD or CBN inserts and nominal dia-meters from 10 to 52 mm.

• no. of flutes dependent on tool dia-meter.

• six flutes from 10 mm diameter.• internal cooling with radial coolant

exits directly at the cutting edge.• tool design with one or two steps.• simple, quick and accurate adjust-

ment of first as well as second step

Various PCD or CBn reamer designs

diameter with expanding screw prin-ciple.

• for the machining of through and blind holes.

• hole quality IT 6.

Multi-fluted two-step PCD-reamer with step diameters 17 mm and 27 mm

Performance data: • hole quality IT 6• concentrity 2 µm• feed rate 2800 mm/min.• cutting speed 680 m/min.• applied for 120,000 holes

Stepped PCD-reamerMulti-fluted PCD-reamer with diameter 28 mm


PCD-reamer without step



For reaming operations with PCD- or CBN-tipped tools, Guhring has deve-loped unique solutions opening up completely new possibilities regar-ding accuracy and economic efficiency. Reaming tools with these technologies offer the user the following clear com-petitive advantages:

• quick, simple and highly accurate set-ting of the first tool step diameter.

• radial delivery of the coolant directly at the cutting edges via expanding screw.

• optimal tool lubrication. • optimal chip evacuation from the

hole.




• simple, quick and highly accurate di-ameter setting for first and second step.

• both tool diameters can be re-adju-sted when tool is in clamped conditi-on.

• machining of through and blind holes thanks to the integrated expanding screw in the tool point.

• optimal coolant delivery to the cutting edges thanks to radial coolant exits in the expanding screw.

• highest feed rates thanks to several cutting edges.

• reduction in machining time.• maximum accuracy and extreme tool

life.

Continued maximum accuracy: For 10,000 holes inspected the max. scattering was 2 µm.

Unique technologies for perfect, high-ly efficient reaming

Patent applied for coolant delivery di-rectly to the cutting edges via expan-ding screw


Reaming with maximum Accuracy

PCD-tool Designs and their application possibilities

• with two-step reamers the inner tool body acts as an expanding screw.



• the diameter setting of the second

The patent pending stepped reamer diameter setting

step is carried out by simply turning the inner tool body.

• the diameter setting can, therefore, be carried out when the tool is clam-ped.

• the ground flats on the inner tool body suit an adjusting wrench.


ent via

the expanding screw integra-

ted in the to

ol head


ent by

rotating th

e inner to

ol body with

integrated taper

• multi-fluted reamer with solid brazed PCD or CBN inserts and nominal dia-meters from 10 to 52 mm.

• no. of flutes dependent on tool dia-meter.

• six flutes from 10 mm diameter.• internal cooling with radial coolant

exits directly at the cutting edge.• tool design with one or two steps.• simple, quick and accurate adjust-

ment of first as well as second step

Various PCD or CBn reamer designs

diameter with expanding screw prin-ciple.

• for the machining of through and blind holes.

• hole quality IT 6.

Multi-fluted two-step PCD-reamer with step diameters 17 mm and 27 mm


Stepped PCD-reamerMulti-fluted PCD-reamer with diameter 28 mm


PCD-reamer without step

∅ 28,5 mm ∅ 11,0 mm ∅ 11,0 mm∅ 28,5 mm0

100

200

300

400

500

600

700

800

0

10

15

20

25

30

35

40

45

50



The parent metal machining of valve seat and valve guide bores in a cylinder head belongs to the most demanding machining tasks in the automotive in-dustry. Due to the high demands for circularity, form accuracy and concen-tricity a single-flute, adjustable reamer is the classic tool for this machining task as it guarantees the required pre-cision with a long tool life. The tool, ho-wever, has its limits regards satisfying the demand for reducing the cycle time because it has only one flute.

For this reason, Guhring has develo-ped a multi-flute and double adjustable PCD-tipped two step reamer that opti-mally satisfies the demand for the effi-cient parent metal machining of valve seat and valve guide bores:

• highest accuracy with an extremely long tool life through the diameter setting at the cutting edges of both steps.

• highest cutting parameters thanks to multiple flutes and optimal cooling.

• simple to operate as the diameter set-ting of both steps can be carried out while the tool is clamped.

Efficient parent metal machining of valve seat and valve guide bores

Perfect results thanks to optimal tool design

• exhaust: Machining of the valve seat bore of 28.5 mm diameter and the valve guide bore of 11 mm diameter, each with 6 flutes. Both step diame-ters can be adjusted independently of each other.

• inlet: Machining of the valve seat bore of 35.5 mm diameter and the valve guide bore of 11 mm diameter, each with 6 flutes. Both step diameters can be adjusted independently of each other.

• the simple, quick and highly accura-te diameter setting when the tool is clamped allows the re-adjustment of both diameters at any time. Sub-sequently, it also results in increased tool life.

• the design of the reamer provides a reliable and compliant process with the demand for circularity, form accu-racy and concentricity and an extre-mely long tool life with high cutting rates.

• the coolant delivery enables an opti-mal lubrication of the cutting edges and supports the chip evacuation.

Especially for the complete machining of cylinder heads, accuracy as well as the economic efficiency are the centre point of demands on the tool supplier. Due to the multi-valve technology a lar-ge proportion of the overall cost of cy-linder head machining falls on the pre- and finish machining of valve seats and valve guides.

In order to reduce costs with the ap-plication of multi-flute reamers with considerably increased cutting speeds while retaining the same accuracy and long tool life in comparison to conven-tional single-flute tools, Guhring has developed the diameter setting for both steps.

The patent pending diameter setting of the second step





A multi-flute, PCD-tipped two step rea-mer is applied for the parent metal ma-chining of the valve seat and the valve guide bores in one setting. Two tools of identical design are applied for the ma-chining of the inlet and exhaust valve.

• the inner tool body acts as expanding screw for the second step.



• simple rotation of the inner tool body leads to the diameter setting of the second step.

• therefore, the diameter setting of the second step can also be carried out when the tool is clamped.

• ground flats on the inner tool body suit an adjusting wrench.

• 6-valve cylinder head for a 3-cylinder engine

• material G-AlSi7Cu3• horizontal machining on machining

centre• tool holder HSK 63• internal cooling with soluble oil 6 %• coolant pressure 20 bar

• production time: 7.80 seconds per cylinder head

• cutting speeds for machining the initial exhaust valve hole: diameter 11 mm = 276.46 m/mindiameter 28.5 mm = 716.28 m/min

• feed rate vf: both � vf = 2400 mm/min


• cutting speeds for machining the initial exhaust valve hole: diameter 11 mm = 86,39 m/mindiameter 28,5 mm = 223,84 m/min


The PCD-tipped, double adjustable multi-flute two step reamer is suc-cessfully applied for the machining of the initial hole in the following work-piece:

6-flute PCD-tipped, double adjustable two-step reamer

1-flute two step reamer with PCD in-terchangeable insert

Result:• cutting speed vc increased by +320 %• production time vf reduced by -83 %

Cutting speed Production timevc (m/min) sec.

6-flute 6-flute1-flute 1-flute

Performance data comparison

∅ 28,5 mm ∅ 11,0 mm ∅ 11,0 mm∅ 28,5 mm0

100

200

300

400

500

600

700

800

0

10

15

20

25

30

35

40

45

50



The parent metal machining of valve seat and valve guide bores in a cylinder head belongs to the most demanding machining tasks in the automotive in-dustry. Due to the high demands for circularity, form accuracy and concen-tricity a single-flute, adjustable reamer is the classic tool for this machining task as it guarantees the required pre-cision with a long tool life. The tool, ho-wever, has its limits regards satisfying the demand for reducing the cycle time because it has only one flute.

For this reason, Guhring has develo-ped a multi-flute and double adjustable PCD-tipped two step reamer that opti-mally satisfies the demand for the effi-cient parent metal machining of valve seat and valve guide bores:

• highest accuracy with an extremely long tool life through the diameter setting at the cutting edges of both steps.

• highest cutting parameters thanks to multiple flutes and optimal cooling.

• simple to operate as the diameter set-ting of both steps can be carried out while the tool is clamped.

Efficient parent metal machining of valve seat and valve guide bores

Perfect results thanks to optimal tool design

• exhaust: Machining of the valve seat bore of 28.5 mm diameter and the valve guide bore of 11 mm diameter, each with 6 flutes. Both step diame-ters can be adjusted independently of each other.

• inlet: Machining of the valve seat bore of 35.5 mm diameter and the valve guide bore of 11 mm diameter, each with 6 flutes. Both step diameters can be adjusted independently of each other.

• the simple, quick and highly accura-te diameter setting when the tool is clamped allows the re-adjustment of both diameters at any time. Sub-sequently, it also results in increased tool life.

• the design of the reamer provides a reliable and compliant process with the demand for circularity, form accu-racy and concentricity and an extre-mely long tool life with high cutting rates.

• the coolant delivery enables an opti-mal lubrication of the cutting edges and supports the chip evacuation.

Especially for the complete machining of cylinder heads, accuracy as well as the economic efficiency are the centre point of demands on the tool supplier. Due to the multi-valve technology a lar-ge proportion of the overall cost of cy-linder head machining falls on the pre- and finish machining of valve seats and valve guides.

In order to reduce costs with the ap-plication of multi-flute reamers with considerably increased cutting speeds while retaining the same accuracy and long tool life in comparison to conven-tional single-flute tools, Guhring has developed the diameter setting for both steps.

The patent pending diameter setting of the second step





A multi-flute, PCD-tipped two step rea-mer is applied for the parent metal ma-chining of the valve seat and the valve guide bores in one setting. Two tools of identical design are applied for the ma-chining of the inlet and exhaust valve.

• the inner tool body acts as expanding screw for the second step.



• simple rotation of the inner tool body leads to the diameter setting of the second step.

• therefore, the diameter setting of the second step can also be carried out when the tool is clamped.

• ground flats on the inner tool body suit an adjusting wrench.

• 6-valve cylinder head for a 3-cylinder engine

• material G-AlSi7Cu3• horizontal machining on machining

centre• tool holder HSK 63• internal cooling with soluble oil 6 %• coolant pressure 20 bar


• cutting speeds for machining the initial exhaust valve hole: diameter 11 mm = 276.46 m/mindiameter 28.5 mm = 716.28 m/min



• cutting speeds for machining the initial exhaust valve hole: diameter 11 mm = 86,39 m/mindiameter 28,5 mm = 223,84 m/min


The PCD-tipped, double adjustable multi-flute two step reamer is suc-cessfully applied for the machining of the initial hole in the following work-piece:

6-flute PCD-tipped, double adjustable two-step reamer

1-flute two step reamer with PCD in-terchangeable insert

Result:• cutting speed vc increased by +320 %• production time vf reduced by -83 %

Cutting speed Production timevc (m/min) sec.

6-flute 6-flute1-flute 1-flute

Performance data comparison

alte Version


PCD/CBn tools PCD/CBn tools

intelligent solutions for fine adjustment

Fine adjustment: • Threaded key adjustment (direct installation)• ISO indexable inserts, PCD-tipped

Workpiece: • Intermediate plate

Machining:• External contour • Diameter tolerance IT6 (D = 41mm)

Fine adjustment: • Locating wedge adjustment in cartridge installa-

tion (Guhring no. 4051) with integrated diameter and length adjustment

• Threaded key adjustment (direct installation)• Indexable inserts, PCD-tipped• PCD guide pad and alignment adaptor

Fine adjustment: • GP 100

Workpiece: • Cylinder head

Machining:• Valve seats• 60º and 120º adjacent angle• 90º main seal angle

Workpiece: • Transmission

Machining:• Bearing seats• Diameter tolerance IT6


tion Guhring no. 4051) with integrated diameter and length adjustment

• ISO indexable inserts, PCD-tipped• PCD guide pads


Machining:• Precision hole• Diameter tolerance IT6 (D = 70mm)

alte Version


PCD/CBn tools PCD/CBn tools

intelligent solutions for fine adjustment

Fine adjustment: • Threaded key adjustment (direct installation)• ISO indexable inserts, PCD-tipped


Machining:• External contour • Diameter tolerance IT6 (D = 41mm)


tion (Guhring no. 4051) with integrated diameter and length adjustment

• Threaded key adjustment (direct installation)• Indexable inserts, PCD-tipped• PCD guide pad and alignment adaptor

Fine adjustment: • GP 100

Workpiece: • Cylinder head

Machining:• Valve seats• 60º and 120º adjacent angle• 90º main seal angle

Workpiece: • Transmission

Machining:• Bearing seats• Diameter tolerance IT6


tion Guhring no. 4051) with integrated diameter and length adjustment

• ISO indexable inserts, PCD-tipped• PCD guide pads


Machining:• Precision hole• Diameter tolerance IT6 (D = 70mm)

1 Ø 14 mm Ø 22 mm

2 Ø 20 mm Ø 29 mm

3 Ø 23 mm Ø 33 mm

1 Ø 16 mm Ø 29 mm Ø 36 mm

2 Ø 23 mm Ø 33 mm Ø 44 mm

3 Ø 30 mm Ø 44 mm Ø 60 mm

1 Ø 28 mm Ø 40 mm Ø 45 mm

2 Ø 28 mm Ø 40 mm Ø 45 mm

3 Ø 31 mm Ø 44 mm Ø 58 mm

alte Versionen


Fine adjustment via threaded key (GKV) Fine adjustment via locating wedge (AKV)

…is located in the cartridge.

Easy:The installation and fine adjustment… …of a single fluted tool with indexable inserts…

Direct type installation:Three fluted tool with locating wedge.

Guhring provides two solutions for the indexable insert installation and the fine adjustment via a locating wedge: either the direct type installation or the cartridge type installation. Both systems provide a secure and tension-free seating of the insert allowing the transmission of high cutting forces thanks to the large area positioning arrangement of the indexable insert to the locating wedge. This enables

large cutting widths and interrupted machining processes. The adjustment range is 0.5 mm in diameter.

A particular advantage of the cartridge solution is that the complete fine adjustment for diameter and length is accommodated in the cartridge. Under ideal application conditions, stepped precision holes with quality IT7 can be produced with the direct as well as the

cartridge installation system, applying several inserts in one machining cycle without prior roughing operations.

No. of edgesfrom tool-Ø

index insert. 06 index. insert 09

The threaded key adjustment enables the realisation of close stepped tools for finishing operations. A particular advantage is the simple adjustment possibility of the indexable inserts for the adjustment range 0.30 mm in diameter. Depending on the insert position it is possible to carry out an axial as well as a radial adjustment, herewith adjusting the overall length as well as the diameter. Per right hand

turn, the fine adjustment forces the insert into the adjustment direction (forced adjustment).Due to the small dimensions it is possible to produce tools from diameter 16.0 mm with insert size 06 (see table). Different basic insert forms can be applied, i.e. triangular, rhombic or square. Under ideal application conditions, stepped precision holes with quality IT7 can be produced with several inserts in one

machining cycle without prior roughing operations.


# insert 06 # insert 09 # insert 12



Cartridge installation with CC 06 +09 +12

Direct installation with CC/CP 06 +09 as well as with SC/SP 06 +09

…via threaded key.Cartridge type installation:The complete fine adjustment is located in the cartridge.

The cartridge type installation is pos-sible for two-fluted tools from diame-ter 40.0 mm and for three-fluted tools from diameter 48.0 mm. Again, inde-xable inserts size 09 are applied.

Cartridge type installation:The fine adjustment is located besides the cartridge via threaded key.

1 Ø 14 mm Ø 22 mm

2 Ø 20 mm Ø 29 mm

3 Ø 23 mm Ø 33 mm

1 Ø 16 mm Ø 29 mm Ø 36 mm

2 Ø 23 mm Ø 33 mm Ø 44 mm

3 Ø 30 mm Ø 44 mm Ø 60 mm

1 Ø 28 mm Ø 40 mm Ø 45 mm

2 Ø 28 mm Ø 40 mm Ø 45 mm

3 Ø 31 mm Ø 44 mm Ø 58 mm

alte Versionen


Fine adjustment via threaded key (GKV) Fine adjustment via locating wedge (AKV)

…is located in the cartridge.

Easy:The installation and fine adjustment… …of a single fluted tool with indexable inserts…

Direct type installation:Three fluted tool with locating wedge.

Guhring provides two solutions for the indexable insert installation and the fine adjustment via a locating wedge: either the direct type installation or the cartridge type installation. Both systems provide a secure and tension-free seating of the insert allowing the transmission of high cutting forces thanks to the large area positioning arrangement of the indexable insert to the locating wedge. This enables

large cutting widths and interrupted machining processes. The adjustment range is 0.5 mm in diameter.

A particular advantage of the cartridge solution is that the complete fine adjustment for diameter and length is accommodated in the cartridge. Under ideal application conditions, stepped precision holes with quality IT7 can be produced with the direct as well as the

cartridge installation system, applying several inserts in one machining cycle without prior roughing operations.


index insert. 06 index. insert 09

The threaded key adjustment enables the realisation of close stepped tools for finishing operations. A particular advantage is the simple adjustment possibility of the indexable inserts for the adjustment range 0.30 mm in diameter. Depending on the insert position it is possible to carry out an axial as well as a radial adjustment, herewith adjusting the overall length as well as the diameter. Per right hand

turn, the fine adjustment forces the insert into the adjustment direction (forced adjustment).Due to the small dimensions it is possible to produce tools from diameter 16.0 mm with insert size 06 (see table). Different basic insert forms can be applied, i.e. triangular, rhombic or square. Under ideal application conditions, stepped precision holes with quality IT7 can be produced with several inserts in one

machining cycle without prior roughing operations.





Cartridge installation with CC 06 +09 +12

Direct installation with CC/CP 06 +09 as well as with SC/SP 06 +09

…via threaded key.Cartridge type installation:The complete fine adjustment is located in the cartridge.

The cartridge type installation is pos-sible for two-fluted tools from diame-ter 40.0 mm and for three-fluted tools from diameter 48.0 mm. Again, inde-xable inserts size 09 are applied.

Cartridge type installation:The fine adjustment is located besides the cartridge via threaded key.

ModULAr TooLinG SYSTeMS

30°

45°

30°

45°


for external operations for turning operations for facing operationsfor internal operations

Clamping sleeves to hold centre drills

Tool heads

* other systems on request

with 4 clamping holderswith 3 clamping holderswith 2 clamping holders

with ISO taper to DIN 2080

with ISO taper to DIN 69 871

for UMA Ø 45/88,88*

AdaptorAdaptors

Angle adjustable 15° - 60°

axial adjustable

System Summary GE 100 System characteristics

Figs 1 and 2: Two up to a maximum of six axially and radially adjustable tool holders in combination with a center drill or step drill reduce the time needed for the complete machining of ends to mere seconds.

Shaft operations Pipe operations Casing operations

4 x boring, int. chamfering, facing

capping, external chamfering

2 x ext. cahmfering, internal chamfering, facing

3 x boring, 3 x internal chamfe-ring, facing

spot facing, centering, ext. chamfering, facing

Fig 3: The application possibilities for this system are almost infinite. Here are a few theoretical examples from the fields of shaft, pipe and casing operations.

boring, facing, ext. chamfe-ring, internal chamfering

facing, internal chamfering, external chamfering face piercing, external cham-

fering, centering, facing

2 x turning, 3 x external cham-fering, facing, form drilling

turning, facing, form operations, centering

facing, 2 x turning, 3 x external chamfering

turning, coning, facing, centering

coning

turning, 2 x external chamfe-ring, boring, facing

form drilling, facing, radius operations

turning, external chamfe-ring, internal chamfering, facing

2 x boring, 2 x int. chamfering, face piercing, radius operations, external chamfering

face piercing, boring, external chamfering, facing

Tool holder, radially adjustable

System Summary GE 100 System characteristics

intelligent modular design

Endless possibilitiesThe fl exible tooling system GE 100 puts no limits on your creativity. Modular construction, radially and axially adjustable short clamping holders as well as special practice-orientated indexable inserts make the GE 100 universally applicable, especially for shaft, pipe and casing operations.

The main application area is to be found on machines for end operations. It is intended for such operations as spot facing and centering. But also for stripping clamping pilots, facing, outer chamfering and centering (in preparation for CNC machining operations). Or for coning of bar stock for further operations on automatic machines. Even for the machining of casings or mountings, i.e. capping, radius operations or face piercing operations on machining centers, multiple station and special machines. In short, we now offer you an additional tool alternative (fi g. 1) for the:• automotive industry, motor manufacturers (gearing, shafts,bushes)• pipe fi ttings industry• mountings industry• steel manufacturers

(coning of bars for automatic machines)

Standardised tools are generally less expensive, but they are rarely as effi cient as special tooling. This is not the case with the GE 100. This well thought-out, standardised, modular design (fi g. 2) is remarkable in its fl exibility regarding diameter, precision and tool material. The GE 100 can be applied for machining diameters of between 15 and 240 mm. The tool head (fi gs. 3 and 4) permits the application on all standard machine adaptors, also on all rapid change systems. By switching the clamping holders or clamping sleeves, one can machine other workpieces with one and the same basic support, i.e. tool head. The bore hole in the tool head serves as a clamping sleeve adaptor for center drills, step drills, form drills or boring bars.


System Summary

MQL 4-Point Clamping

4-Point Clamping

Guhring no. Description4930 MQL 4-point clamping sets4931 Clamping device for MQL 4--point clamping sets4932 Ejector for MQL 4-point clamping sets4933 Retention spindles for MQL 4-point clamping sets4934 Adaptor for MQL 4-point clamping sets4935 Retention screw for MQL 4-point clamping sets

Guhring no. Description4351 HSK-C extensions 4355 HSK-A/HSK-C reducing adaptors 4385 Short HSK spindle adaptor 4386 HSK spindle adaptor (in front) 4387 ISO taper/HSK-C basic adaptor on spindles to DIN 20794953 Brass sealing collars4957 Components for 4-point clamping sets4958 4-point clamping sets for conventional cooling4959 Components for 4-point clamping sets4961 Ball pressure screws4963 Torque sockets

System Summary

MQL Program

PowerClamp Guhring no. Description4509 ISO taper basic adaptors DIN 2080 form A/HSK-C4510 VDI basic adaptors DIN 69880-1/HSK-C4512 ISO taper basic adaptors DIN 69871 form AD/HSK-C4514 MAS 403 BT/HSK-C basic adaptors 4549 HSK-A/HSK-C extensions 4551 Spring and threaded pin for PowerClamp set4553 Aluminium locking rings4554 PowerClamp sets4555 Threaded spindle for PowerClamp set4557 Tensioning nut set for PowerClamp set4581 HSK adaptors (in front) 4582 HSK adaptors (in front) for turning centers4584 HSK-C spindle adapters (integrated) 4586 HSK adaptors (in front)4953 Brass sealing collars4961 Ball pressure screws

Guhring no. Description4209 HSK-A MQL-Hydraulic-chucks4210 HSK-A MQL-Hydraulic-chucks4310 Collets for MQL4330 MQL synchro tapping chuck4350 HSK-A extensions with minimal lubrication4735 MQL HSK-A shrink fit chucks4741 MQL HSK-A shrink fit chucks4919 MQL length pre-setting screws4924 MQL coolant delivery sets4939 MQL coolant delivery set HSK-A4940 MQL filler HSK-A4941 Length adjustment screw4948 Montageadapter4972 Montageadapter


System Summary

Hydraulic Chucks

Shrink Fit Technology

Guhring no. Description4038 Clamping force measuring instrument Senso 30004099 Extraction key for reduction bushes4213 ISO taper hydraulic chucks DIN 69871 with increased clamping force4221 MAS/BT hydraulic chucks with increased clamping force4267 HSK-C hydraulic chucks with increased clamping force4295 HSK-C hydraulic chucks4296 HSK-A hydraulic chucks with radial length pre-setting4299 HSK-A hydraulic chucks with increased clamping force4313 ISO taper hydraulic chucks DIN 698714315 Length pre-setting ISO taper adaptors 4316 Universal length pre-setting HSK adaptors 4319 Universal length pre-setting ISO taper adaptors4321 MAS/BT hydraulic chucks4367 HSK-C hydraulic chucks4368 Reduction bushes for hydraulic chucks w/o peripheral cooling4369 Reduction bushes für hydraulic chucks with peripheral cooling4395 HSK-C hydraulic chucks with radial length pre-setting4396 HSK-A hydraulic chucks with radial length pre-setting4399 HSK-A hydraulic chucks4900 Adjustment screws4919 MQL length pre-setting screws 4992 Taper inserts4993 Plug inserts

Guhring no. Description

4718 Length pre-setting adaptor4719 Shrink fit extensions 4720 Centering ring4721 HSV 2000 hot air shrink fit system4729 GUhroJet ISO taper shrink fi t chucks DIN 69871 Form AD/B4736 HSK-A shrink fit chucks 4737 HSK-E shrink fit chucks 4738 ISO taper shrink fit chucks DIN 69871 form AD/B4739 MAS-BT shrink fit chucks 4742 GISS 2000 induction shrink fit system comfort version4743 Induction spindle4744 ISO taper holders4745 HSK holders4747 SpeedCooler4748 Trolley4749 Tongs4750 Protective gloves4751 GISS 2000 ECO4752 GISS 2000 ECO Plus4753 GISS 3000 induction shrink fit system 4755 Guhrojet HSK-A shrink fit system with peripheral cooling4758 HSK-C shrink fit chucks 4759 SpeedCooler Manager4769 Limit stop washers4773 Cooling adaptor4774 HSK-A/E accessory sets4775 HSK-C accessory sets4776 ISO taper accessory sets4777 MAS BT accessory sets4919 MQL length pre-setting screws 4977 Einstellschrauben mit Axialdämpfung

System Summary

Tool Holders

Measuring and inspection instruments

General Accessories


Guhring no. Description4206 Inserts for quick-change tapping chucks4300 HSK-A precision clamping chucks4301 SK-A precision clamping chucks4302 Clamping sleeves for precision clamping chucks 4303 HSK-C collet holders 4304 HSK-A collet holders4306 Retaining nuts, system DIN ISO 154884307 Collets to DIN ISO 154884308 Tapping collets4317 ISO taper side lock holders4318 ISO taper collet holders DIN 69871 form AD/B4320 HSK-A Morse taper holders 4322 ISO taper side lock holders4323 HSK-C collet holders, sealed version4324 HSK-A collet holders, sealed version4326 Synchro tapping chucks, straight shank4327 Synchro tapping chucks, HSK-A4328 Quick-change tapping chucks, HSK-A with IC4329 HSK-A side lock holders 4333 HSK-C side lock holders 4334 HSK-A side lock holders 4335 Sealing washers4340 Quick-change tapping chucks w/o IC4342 Quick-change tapping chucks with IC4343 HSK-A adaptors for tapping chucks4346 HSK-A NC drilling chucks with IC4361 HSK-A shell milling arbors 4362 Milling arbor HSK-A4397 HSK-E collet holders 4901 Adjustment screws for HSK-C collet holders4902 Adjustment screws for HSK-A/HSK-E collet holders4903 Clamping screws

4904/4905 Adjustment screws4906 Adjustment screws for tapping collets4907 Screws DIN EN ISO 47624908 Milling cutter retaining screws DIN 63674909 Box spanner for retaining screws4913 Chuck spanners4922 Drive dog sets for shell milling arbors4923 Keys DIN 6885 A

4982/4983 HSK-A/HSK-C blanks

4038 Senso 3000 clamping force measuring instrument4068 Flow rate measuring instrument PQ 30004076 Coolant supply measuring instrument CC 30004077 High-grade steel filters

4910/4911 Socket spanners4912 Hexagon chuck keys4914 HSK cleaning mandrels4915 Torque wrenches4916 Sockets4918 Cylindrical cleaning mandrels4921 Hexagon-socket offset screw key4925 Pull studs DIN 69872, form A4926 Pull studs DIN 69872, form B

4927/4928 Pull studs4946 Tool setting fixture4947 HSK cleaning cap4949 Coolant delivery sets for conventional cooling4968 Gauges for HSK tool shanks4969 Gauges for HSK spindles4970 ISO taper proofing bars4971 HSK proofing bars4973 ISO taper clamping force measuring instrument4974 HSK clamping force measuring instrument4975 Balancing masters for HSK spindles4976 Centrifugal rings for short spindles to DIN 69002-34978 Gauges for HSK cams4985 HSK-C sealing plugs4990 Tool setting fixtures4991 Interchangeable discs


System Summary

Hydraulic Chucks

Shrink Fit Technology

Guhring no. Description4038 Clamping force measuring instrument Senso 30004099 Extraction key for reduction bushes4213 ISO taper hydraulic chucks DIN 69871 with increased clamping force4221 MAS/BT hydraulic chucks with increased clamping force4267 HSK-C hydraulic chucks with increased clamping force4295 HSK-C hydraulic chucks4296 HSK-A hydraulic chucks with radial length pre-setting4299 HSK-A hydraulic chucks with increased clamping force4313 ISO taper hydraulic chucks DIN 698714315 Length pre-setting ISO taper adaptors 4316 Universal length pre-setting HSK adaptors 4319 Universal length pre-setting ISO taper adaptors4321 MAS/BT hydraulic chucks4367 HSK-C hydraulic chucks4368 Reduction bushes for hydraulic chucks w/o peripheral cooling4369 Reduction bushes für hydraulic chucks with peripheral cooling4395 HSK-C hydraulic chucks with radial length pre-setting4396 HSK-A hydraulic chucks with radial length pre-setting4399 HSK-A hydraulic chucks4900 Adjustment screws4919 MQL length pre-setting screws 4992 Taper inserts4993 Plug inserts


4718 Length pre-setting adaptor4719 Shrink fit extensions 4720 Centering ring4721 HSV 2000 hot air shrink fit system4729 GUhroJet ISO taper shrink fi t chucks DIN 69871 Form AD/B4736 HSK-A shrink fit chucks 4737 HSK-E shrink fit chucks 4738 ISO taper shrink fit chucks DIN 69871 form AD/B4739 MAS-BT shrink fit chucks 4742 GISS 2000 induction shrink fit system comfort version4743 Induction spindle4744 ISO taper holders4745 HSK holders4747 SpeedCooler4748 Trolley4749 Tongs4750 Protective gloves4751 GISS 2000 ECO4752 GISS 2000 ECO Plus4753 GISS 3000 induction shrink fit system 4755 Guhrojet HSK-A shrink fit system with peripheral cooling4758 HSK-C shrink fit chucks 4759 SpeedCooler Manager4769 Limit stop washers4773 Cooling adaptor4774 HSK-A/E accessory sets4775 HSK-C accessory sets4776 ISO taper accessory sets4777 MAS BT accessory sets4919 MQL length pre-setting screws 4977 Einstellschrauben mit Axialdämpfung

System Summary

Tool Holders

Measuring and inspection instruments

General Accessories


Guhring no. Description4206 Inserts for quick-change tapping chucks4300 HSK-A precision clamping chucks4301 SK-A precision clamping chucks4302 Clamping sleeves for precision clamping chucks 4303 HSK-C collet holders 4304 HSK-A collet holders4306 Retaining nuts, system DIN ISO 154884307 Collets to DIN ISO 154884308 Tapping collets4317 ISO taper side lock holders4318 ISO taper collet holders DIN 69871 form AD/B4320 HSK-A Morse taper holders 4322 ISO taper side lock holders4323 HSK-C collet holders, sealed version4324 HSK-A collet holders, sealed version4326 Synchro tapping chucks, straight shank4327 Synchro tapping chucks, HSK-A4328 Quick-change tapping chucks, HSK-A with IC4329 HSK-A side lock holders 4333 HSK-C side lock holders 4334 HSK-A side lock holders 4335 Sealing washers4340 Quick-change tapping chucks w/o IC4342 Quick-change tapping chucks with IC4343 HSK-A adaptors for tapping chucks4346 HSK-A NC drilling chucks with IC4361 HSK-A shell milling arbors 4362 Milling arbor HSK-A4397 HSK-E collet holders 4901 Adjustment screws for HSK-C collet holders4902 Adjustment screws for HSK-A/HSK-E collet holders4903 Clamping screws

4904/4905 Adjustment screws4906 Adjustment screws for tapping collets4907 Screws DIN EN ISO 47624908 Milling cutter retaining screws DIN 63674909 Box spanner for retaining screws4913 Chuck spanners4922 Drive dog sets for shell milling arbors4923 Keys DIN 6885 A

4982/4983 HSK-A/HSK-C blanks

4038 Senso 3000 clamping force measuring instrument4068 Flow rate measuring instrument PQ 30004076 Coolant supply measuring instrument CC 30004077 High-grade steel filters

4910/4911 Socket spanners4912 Hexagon chuck keys4914 HSK cleaning mandrels4915 Torque wrenches4916 Sockets4918 Cylindrical cleaning mandrels4921 Hexagon-socket offset screw key4925 Pull studs DIN 69872, form A4926 Pull studs DIN 69872, form B

4927/4928 Pull studs4946 Tool setting fixture4947 HSK cleaning cap4949 Coolant delivery sets for conventional cooling4968 Gauges for HSK tool shanks4969 Gauges for HSK spindles4970 ISO taper proofing bars4971 HSK proofing bars4973 ISO taper clamping force measuring instrument4974 HSK clamping force measuring instrument4975 Balancing masters for HSK spindles4976 Centrifugal rings for short spindles to DIN 69002-34978 Gauges for HSK cams4985 HSK-C sealing plugs4990 Tool setting fixtures4991 Interchangeable discs


Factory Italy

Argentina AustraliaAustriaBaltic States(Estonia, Latvia, Lithuania)BelgiumBrazil BulgariaCanadaChinaCzech RepublicDenmarkFinlandFrance – Metz-Tessy

France – AlsaceGreat BritainHungaryIndia IndonesiaItalyJapanKoreaMalaysiaMexicoNetherlandsPolandRumaniaRussiaSweden

SwitzerlandSingaporeSlovakiaSpain – BarcelonaSpain – MadridSouth AfricaTaiwanThailand TurkeyUkraineUSA – BrookfieldUSA – New HudsonVietnamWhite Russia

Albstadt IAlbstadt IIBerlin/PräzisionswerkzeugeBerlin/HartstoffeGeislingenMarkt ErlbachMindelheimSigmaringen-Laiz

AustraliaBrazil ChinaCzech RepublicGreat BritainIndiaIrelandItalyJapan

KoreaMexicoPolandRumaniaTaiwanUSA – BrookfieldUSA – New HudsonVietnam

BoliviaChileColombiaEgyptGreeceHongkongItalyMaghreb States (Morocco, Algeria, Tunisia)

MauritiusNorwayPakistanPeruPhilippinesPortugal SwedenVenezuelaVietnam

AlbstadtBerlin/Precision ToolsGeislingenGosheim Hörselberg / EisenachMindelheimRöhrsdorf / ChemnitzSaarbrückenVeldhoven / NL

Factory GeislingenFactory Albstadt I

Factory Rumania

Factory Mindelheim Factory Bangalore /India

Factory Taiwan

Factory Nagoya /Japan Factory Chungnam /Korea

Factory Sigmaringen-Laiz

Precision Tools Production, Berlin Carbide Plant BerlinFactory Albstadt II

Factory China

Factory Markt Erlbach

Factory Great Britain

Production Plants Sales CompaniesService Centers Sales and Marketing PartnersWorld-Wide World-Wide

AustraliaAustriaBrazil – DiademaBrazil – JoinvilleChinaCzech RepublicFranceGreat BritainHungaryIndia ItalyJapanKoreaMexico

NetherlandsPolandRumaniaRussiaSouth AfricaSpainSwedenTaiwanTurkeyUSA – Brookfield USA – New HudsonVietnamWhite Russia

Germany Germany

The Guhring Group The Guhring Group

Factory Brazil

Factory Poland Factory Czech Republic Factory USA-Brookfield Factory USA-New Hudson

Factory MexicoFactory Italy











Factory Rumania


Factory Taiwan




Factory China






Germany Germany


Factory Brazil


Factory Mexico


Factory Italy











Factory Rumania


Factory Taiwan




Factory China






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Factory Brazil


Factory MexicoFactory Italy











Factory Rumania


Factory Taiwan




Factory China






Germany Germany


Factory Brazil


Factory Mexico


Germany Germany

Sales companies

Sales and Marketing Partners

Production plants Service centers


World-WideWorld-Wide

AustraliaGuhring Pty. Ltd. 6 Jacks RoadOakleigh South VIC 3166

BrazilGuhring Brasil Ferramentas LtdaAv. Riachuelo, 25 -Vl. Conceição09912-190 Diadema-SP

ChinaGuhring (Changzhou)Cutting Tools Co., Ltd.No. 19, E Mei Shan RoadXin Bei District213022 Changzhou

Great BritainGuhring Ltd. Castle Bromwich Business ParkTameside DriveBirmingham B35 7AG

indiaGuhring (India) Pvt. Ltd.No. 129, Bommasandra Ind. Area4th PhaseBangalore - 560 099

irelandG-Elit Precision Tools Ltd.Industrial ParkCork Road, Unit 324 B+CWaterford

italyGühring s.r.l. unipersonaleVia 1o Maggio, 1523873 Missaglia (LC)

JapanGuhring Japan Co., Ltd.885 Dounan, Kitasasadaira-choToyota CityAichi 470-0543

KoreaGühring Korea Co. Ltd.895 Munbong-riMyeoncheon-myeonDangjin-gunChungcheongnam-do 343-882

MexicoGuhring Mexicana S.A. de C.V.Av. Del Marqués No. 62Parque Ind. Bernardo QuintanaEl Marqués76246 Querètaro

PolandGühring Katowice Sp. z.o.o.Al. Zaglebia Dbrowskiego 2141-308 Dabrowa Górnicza

RumaniaGühring s.r.l.Fundatura Lanii nr. 22550019 Sibiu

TaiwanGuhring Taiwan Co. Ltd.No. 13, Lane 323, Fusiang Rd.Guoling Village, 3320 Jhongli CityTaoyuan County

Czech RepublicGühring s.r.o.Na Perkách 60833021 Lin-Sulkov

USAGuhring, Inc. 1445 Commerce Ave.Brookfi eld, WI 53045

USAGuhring, Inc. 29550 William K. Smith Dr.Suite BNew Hudson, MI 48165

VietnamGuhring Vietnam LLCPlot A 1-5 Street N 5Tay Bac Cu Chi Industrial ZoneHo Chi Minh CityVietnam



BrazilGuhring BrasilFerramentas LtdaRua Montezuma deCarvalho, 391 A89224-140 Joinville-SC


FranceGuhring France Parc Longeray74370 Metz-Tessy







netherlandsGuhring Nederland BV Achtseweg Noord 12 F5651 GG Eindhoven

AustriaGühring Ges.m.b.H Zetschegasse 171230 Wien



RussiaRussia 603064Nizhniy NovgorodPriboja d.4

SwedenGuhring Sweden ABPlastgatan 1453155 Lidköping

SpainGühring S.A.Poligono Industrial Los AngelesC/Impresores, 3928906 GETAFE, Madrid

South AfricaGuhring Cutting Tools (Pty) Ltd32 Neal Street KorstenPort Elizabeth 6014


Czech RepublicGühring s.r.o.Na Perkách 60833021 Line-Sulkov

TurkeyGühring Takim San. ve Tic Ltd.StiP.K. 22781412 Kartal - Istanbul

TurkeyGühring Takim San. ve Tic. Ltd.StiIzmir SubesiAtatürk Organize Sanayi Bölesi10027 Sokak No.: 2 Cigli / Izmir

HungaryTritan-Gühring KFT.Gyar u. 2H-2040 Budaörs



VietnamGuhring Vietnam LLCPlot A 1-5 Street N 5Tay Bac Cu Chi Industrial ZoneHo Chi Minh City

White RussiaPobedy. Str., 102, Büro 13Minsker Gebiet223110 Logoisk

ArgentinaGuhring S.A. Victoria Ocampo 360 Piso 3 Buenos Aires C1107BGA


BelgiumN.V. Gühring S.A. Metropoolstraat 12900 Schoten

BrazilGuhring Brasil Ferramentas LtdaAv. Riachuelo, 25 - Vl. Conceição09912-190 Diadema SP

BulgariaGühring Bulgaria Ltd. Zanko-Zerkowski Str. 58BG-1164 Sofia


DenmarkGühring ApS Bavnehoj 201, Vester NebelDK-6040 Egtved

FinlandOy Gühring AB Lämmittäjänkatu 4 A00880 Helsinki


FranceGühring Alsace S.A.R.L. PA rue des acacias67870 Bischoffsheim



indonesiaPT. Guhring IndonesiaJababeka Industrial Estate IJl. Jababeka XII B Blok W 36-37 No. 1C-1 Cikasnag, Bekasi - 17550


JapanGuhring Japan Co., Ltd. NR Building 5F, 3-24-5Tsukishima, Chuo-Ku104-0052 Tokyo

CanadaGuhring Corp. 20 Steckle Place, Unit 14Kitchener, ON N2E 2C3

KoreaGühring Korea Co. Ltd. Rm. 608, Business B/D A-DongJoogang Circulation Complex 1258, Kurobongdong, Kuroku152-721 Seoul

Lithuania/Estonia/LattviaGuhring - BalticDaugeliskio g. 32 - 509LT-09300 Vilnius

MalaysiaGuhring (Malaysia) Sdn. Bhd.27 Jalal Soo Ah YongTaman Canning 31400 Ipoh, Perak, Malaysia




PolandGühring Polska Sp.z.o.o.ul. Hennela 502-495 Warszawa

PolandGühring Polska Sp.z.o.o.ul. Wroclawska 152 - 19062-800 Kalisz

RumaniaGühring s.r.l.Str. Europa Unita nr. 6550052 Sibiu

RussiaGuhring OOO ul. Tschasowaja, d. 24, str.2, Offi ce 202125315 Moskau


SwitzerlandGühring Switzerland AGGrundstr. 16Postfach 2 426343 Rotkreuz

SingaporeGuhring (Singapore) Pte. Ltd.46, East Coast Road The East Gate #06-03428766 Singapore

SlovakiaGühring Slovakia s.r.o.Stefanikova 16101701 Povazska Bystrica

SpainGuhring Cataluna S.A.U.C/Vinaroz, 12 Bajos8906 L´Hospitalet de Llobregat, Barcelona

SpainGuhring S.A.Avda. de Cordoba, 15028026 Madrid



ThailandGuehring (Thailand) Co., Ltd.999/107 Moo 20, Soi Boonmeesab 4Bangplee-Tamru Road, BangleeyaiBangplee , 10540 Samutprakarn



UkraineGühring Repräsentanz UkraineUl. M. Raskovoi 11Korpus A, offi ce 90502002 Kiev





White RussiaGühring White RussiaPartisanskiy pr. 6D, offi ce 108220030 Minsk

AlgeriaBP 217Cité du Août 195525008 Constantine

EgyptWasfi & Wafik Doss & Co.Windsor Hotel Building 19Alfi Bey Street P.O. Box 204511511 Cairo

BoliviaMetalurgica JKParque Industrial Mza. 29a1172 Santa Cruz de la Sierra

ChileRiedemann Hnos. y Cia. Ltda. Eugenio Mettais 2105Casilla 536-117520152 Santiago

GreeceVulcano Ltd.24 Leocharous Str. GR-18531 Piraeus

Hong KongMing Lee Tool Steel &Machines Co., Ltd. Head OfficeUnit 2102-4 Tower 2, Metroplaza223, Hing Fong Road Kwai FongN. T. Hong Kong

italyUbiemme Gühring Italia Srl.Via Merendi, 4220010 Cornaredo (MI)

ColombiaCimex S. A. Carrera 16A No. 80-86P.O. Box A.A. 350055Santafe de Bogotá, D.C.

MaroccoIngenol Olivier S.a.r.l.Villa N° 13 BehiraBd. Hassan IIB.P. 264Mohammedia

MauritiusSam Hardware Ltd. Port Louis / La Butte

norwayIng. Yngve Ege AS Ryenstubben 5679 Oslo

PakistanMicado (PVT) Limited 40-C, Block-6 P.E.C.H.S75400Karachi

PeruEngels, Merkel & Cia (Perú) S.A.C. Av. Naciones Unidas No. 1820Lima 1

PhilippinesNicklaus Machinery Corp. 1795 Malabon St., corner AMendoza St.1000 Sta Cruz, Manila

PortugalM. F. Metal-Ferramentas, Lda. AV. Xanana Gusmao, 371Padrao de Leguna4460-840 Custoias MTS

TunesiaCOQ Nord20, Bis Av. Hédi Chaker1002 Tunis

VenezuelaHertec C.A. Herramientas TécnicasCentro IntegralSta. Rosa, Offi cina 207 /Santa Rosa de Lima1061 Caracas

VietnamThanh Nam Technical Co. Ltd.101 Nguyen Ngoc NaiThanh XuanHanoi

Gühring oHGHerderstraße 50-54D-72458 Albstadt

Gühring oHGSigmaringer Straße 160D-72458 Albstadt

Gühring oHGWinterlinger Straße 12D-72488 Sigmaringen-Laiz

Gühring oHGZentrum für ErstausrüstungGrube-Karl-Straße 22D-73312 Geislingen

Gühring oHGLerchfeld 1D-91459 Markt Erlbach

Gühring oHGZentrum für ErstausrüstungIndustriestraße 15D-87719 Mindelheim

G-Elit HartstoffeLübarser Straße 10-38D-13435 Berlin

G-Elit Präzisionswerkzeug-GmbHLengeder Straße 31-35D-13407 Berlin


Gühring oHGWerkzeugtechnologie Heuberg Daimlerstr. 1078559 Gosheim

G-ElitPräzisionswerkzeug-GmbHLengeder Straße 31-35D-13407 Berlin

Gühring oHGRöhrsdorfer Allee 39D-09247 Röhrsdorf

Gühring oHGGrube-Karl-Straße 22D-73312 Geislingen

Gühring oHGIndustriestraße 15D-87719 Mindelheim

Gühring oHGIndustriegebiet KindelIndustriestraßeD-99819 Hörselberg

Gühring oHGHartmanns Au 4D-66119 Saarbrücken

Guhring Nederland BV Achtseweg Noord 12 F5651 GG Eindhoven

Germany Germany

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