aler medical || english catalog

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Intra-Lock® International

www.intra-lock.com

INTERNAL PRODUCT LINE

Intra-Lock Dental Implant Systems incorporate Better Ideas™

at every level of design, from ergonometrics to biomemetics.

Look for our Better Ideas™ icon throughout this catalog andsee why our intelligently engineered Dental Implant Systemsare the choice of sophisticated clinicians worldwide.

Welcome to this edition of Intra-Lock’s Dental Implant ProductCatalog featuring the Internal Connection Implant System. For your convenience, both the individual product groups and prosthetic interfaces have been color-coded.

The fi rst portion of the catalog provides a system overview and dental implant section that includes drilling sequencerecommendations as well as all required instrumentation. This section as well as other sections in the catalog have convenientplatform interface color coding.

The restorative product selections are cataloged in the secondportion. In addition, this section contains detailed, step-by-stepillustrations that guide you through our various impressiontechniques.

Prosthetic fl ow charts follow the restorative section of thiscatalog. Here you will fi nd a logical, easy-to-follow listing of our abutment systems.

Sq St WdNarrow Interface(Platform)

Wide Interface(Platform)

Standard Interface(Platform)

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TABLE OF CONTENTS

Internal Product Line

System Overview......................................................................6-7

Ossean® ....................................................................................8-9

Blossom™ .............................................................................. 10-11

In-Dex™ ...................................................................................... 12

Drive-Lock™ ............................................................................... 13

Torque-Lock™ ........................................................................14-15

Dental Implants

Blossom™ ................................................................................... 17

Straight Body Implants .........................................................18-19

Tapered Body Implants .........................................................20-21

Straight Body Implants - Drilling Sequence ..........................22-23

Tapered Body Implants - Drilling Sequence .........................24-25

Instrumentation | Drills

Locator Drill, Stop Pilot Drills ..................................................... 27

Final Drills .................................................................................. 28

Final Conic Drills........................................................................ 29

Drive-Lock ................................................................................. 30

Instrumentation .....................................................................31-32

Wrenches .................................................................................. 33

Surgical Instrument Boxes ...................................................34-35

Delfin™ Surgical Motor ..........................................................36-37

Healing Abutments

Cover Screws ............................................................................ 39

Healing Abutments .................................................................... 39

Profile Healing Abutments ......................................................... 39

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TABLE OF CONTENTS

Biomaterials

ReOss® .................................................................................72-73

Prosthetic Systems

Two-Piece Abutments ...........................................................41-42

Two-Piece Abutment Cylinders ................................................. 43

Temporary Abutments ............................................................... 44

CAD/CAM Technology Abutments ............................................. 45

Metal Transfer / Pick-Up Impression Procedure ....................... 46

Copings and Analogs ................................................................ 47

SmarTransfer™ / Pick-Up Impression Procedure ...................... 48

SmarTransfer™ Copings ............................................................ 49

O-Ball Abutments .................................................................50-51

Locator® Abutments ................................................................... 51

Flat One® Abutment System .................................................52-55

Flat One® Abutment Impression Technique ..........................54-57

Prosthetic Retaining Screws ..................................................... 58

One-Piece Solid Abutments .................................................59-60

One-Piece Solid Impression Procedure .................................... 61

Try-in Abutments ....................................................................... 62

Organizer Tray / Surgical Forceps ............................................. 63

Prosthetic Flow Charts

One-Piece Solid Abutments ...................................................... 65

Straight & Angled Abutments ..................................................... 66

Custom Abutment Cylinders ...................................................... 67

O-Ball Abutments ...................................................................... 68

Locator Abutments .................................................................... 69

Flat One® Imediate Loading ....................................................... 70

Flat One® Straight & Angle Abutments Delay Loading .............. 71

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Intra-Lock® Dental Implants are available in a wide selection of architectures designed to be “site-specific” and to encourage physiologic harmony. For the implant surgeon, this broad-based system will help ensure an ideal bone response when compromised volume, density, and extraction site defects are encountered. Prosthetic components offer the restorative dentist unparalleled sophistication in oral rehabilitation, with simplicity in treatment planning and instrumentation. From the prosthetic platform to the apical end, the System’s advanced bioactive surface, ergonomic delivery and exceptional abutment stability provide a total solution for the discerning implant specialist.

SYSTEM OVERVIEW

Better Ideas™

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Implant Surface

OSSEAN® is Intra-Lock’s biologically active surface treatment. It is designed to activate the body’s natural healing abilities and stimulate bone cell metabolism. This encourages accelerated bone bonding and greater bone-to-implant contact.

Macro Architecture

Multiple implant architectures address a wide variety of clinical applications. Selection of an ideal configuration, thread profile, and abutment can maximize aesthetic and functional success. Biologically and clinically-driven evidence enable designs that enhance initial stability and preserve peri-implant soft and hard tissue.

Delivery System

Drive-Lock™ technology enables the smooth, uninterrupted delivery from sterile package to implant site without the need for an implant mount. Implant delivery and placement is accomplished with an economy of instrumentation and without deformation of the prosthetic interface.

Prosthetic Connection

Intra-Lock’s internal connection utilizes a proprietary, clinically proven ferrule connection. It is designed to create a superior antimicrobial seal by significantly reducing microleakage and micromovement of the abutment. The In-Dex™ feature of the connection is custom engineered for reproducible abutment positioning providing a precise, reliable method for fabricating indirect restorations.

Abutment Design

A full range of adaptable abutment designs provide for prosthetic rehabilitation from removable overdentures to the most complex fixed restorations. All types of treatment planning are accommodated with a spectrum of One-Piece or Two-Piece Abutments. This includes the Flat One® Abutment System for multiple screw retained prosthetics ideal for bridges and bars.

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IMPLANT SURFACE

Predictable stability during the early dental implant treatment phase was a significant factor in the development of OSSEAN®.* The surface is designed to activate the body’s natural healing abilities and to induce primary stability during the critical first two weeks after placement.

• Optimal Differential Profilometry

• Calcium Phosphate - “Beyond Nano Size”

• Thick Oxide Layer

• Site-Specific Surface Modification

RoboticallyMicro-Blasted

Each Intra-Lock® implant isRobotically Micro-Blasted in a clean room environment for precise control. Robotic sequencing and differential treatment is utilized to preserve the cutting groove geometry (sharpness) and permit each region of the implant to obtain optimal topography andsurface roughness.*

Multi-PhaseCleaning and Surface Treatment

Additional procedures derived from the semi-conductor industry and refined for biomedical applications ensure an ultra-clean surface. OSSEAN® Surface is exceptionally free from contaminants as confirmed by XPS-ESCA (Electron Spectroscopy for Chemical Analysis).

Better Ideas™

*Data on file.

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IMPLANT SURFACE

*Data on file.

Micro-Nano Fractal Topography

OSSEAN® Surface structure is engineered to increase host-to-implant biocompatibility and biomechanical response.* It is characterized by having a surface topography that is similar at all levels of magnification, from the surface to the nanoscale level.

The repetitive nature of this surface is defined as one that is “fractal” in nature. As with a set of Russian dolls, the structure when viewed at different levels of magnification has the same basic characteristics.

The surface beyond the nanometric level displays an ideal surface for fibrin attachment. At the micrometric level, the pattern is appropriate for platelet deposition.* Under lower magnification, the pattern shows receptor sites that encour-age the growth of osteoblasts.*

AFM: Atomic Force MicroscopyOSSEAN® Surface profilometry is well characterized with Atomic Force Microscopy, showing explicit details of its complex surface at various levels of observations.* This image shows a surface of 20µm x 20µm.

Calcium Phosphate – Molecular Impregnation

When viewed at a maximum SEM resolution (200,000X), OSSEAN® Surface is free of any particles. However, when examined under Auger X-Ray Spectroscopy, calcium phos-phate molecules (more than a thousand times smaller than nano particles) are revealed. They are present in the Tita-nium oxide layer as molecules (Molecular Impregnation), well beyond the nanometric level. These molecules have a greater binding energy than larger particles of calcium phosphate. In addition to extreme stability, the calcium phosphate retains its bioactive properties.*

AUGER Spectroscopy:An electron beam of 15nanometers diameter is shot at various locations on the Ossean® Surface. The edge, bottom and an intermediate location of the surface all show peaks of Ca and P. They are combined in a Calcium Phosphate chemical molecular state as confirmed by the XPS-ESCA.

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As the implant was seated into the bone tissue, these straight or helical cutting edges progressed through the bone with a “snowplowing” effect. They created a bolus of bone chips and fragments that quickly compacted and accumulated. As the implant advanced, the tap portion became clogged and obstructed the cutting area with debris preventing the cutting of new pathways in the bone. The portion of the screw above the tap portion did not benefit anymore from tapping. This resulted in greatly increased seating torque values, (with no increase in primary stability), decreased placement efficiency and occasional over-compression of the bone.

Conventional Tap Design

Multiple design configurations and instrumentation have been employed to tap and prepare bone sites for the optimal insertion of screw-type dental implants. Early designs required bone-tapping instruments to complete the preparation of the osteotomy site. In an effort to provide a simplified and more ergonomic surgical protocol, features of the bone tap were directly incorporated into selected areas of the implant body. Cutting grooves, flutes and/or vents defined these as “Self-Tapping” implants. In reality, these were not “self-tapping implants”, but implants augmented with a tap portion.

Background

BLOSSOM™ is the improved, Patent Pending cutting configuration incorporated into the macro-design of the latest generation of Intra-Lock® Dental Implants.

Unlike traditional tapping design features, BLOSSOM’s™ architecture is unique in that it incorporates at least one cutting surface on each thread, including a spiral groove, which runs in an opposite direction to the threads. BLOSSOM’s™ engineering breakthrough enables the implant to continually slice through the bone with highly increased efficiency, minimal effort and significantly diminished trauma. Instead of a “plowing” effect, the thread literally corkscrews through the bone.

BLOSSOM™ Design (Patent Pending)

BLOSSOM™ cutting design creates fewer and smaller bone chips than those created by classic tap-cutting grooves. BLOSSOM™ also produces pathways for the physiologic distribution of these smaller bone chips rather than collecting and compressing them into either the grooves of the tap or the bottom of the osteotomy site. This Self-Clearing action forms an even pattern of bone particles that encourage osseointegration instead of blocking the efficiency of the tapping action. The elimination of a vent or large cutting area also increases implant-to-bone surface area.

The result is a Self-Tapping and Self-Clearing™ dental implant with reduced insertion torque and increased primary stability.**Data on file. Blossom® is available in selected markets only.

The BLOSSOM™ SolutionSelf-Tapping Self-Clearing™

RedefiningCutting-EdgeTechnology

Better Ideas™

MACRO ARCHITECTURE

BLCT4013S BL4011STI

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MACRO ARCHITECTURE

CLASSIC DT WITHOUT FLUTES

TURNS

Torq

ue N

cm

118.0

CLASSIC DT WITH FLUTES

TURNS

Torq

ue N

cm 90.0

BLOSSOM™ DT

TURNS

Torq

ue N

cm

57.0

The data on this page describes the insertion torque as the implant progresses into the bone. The first configuration depicts a “no-tap” design, the second one with a standard tapping-groove and the third with the addition of the BLOSSOM™ Self-Tapping and Self-Clearing™ features.

Comparative Analysisof Design Features

Conventional cutting flutes decrease the amount of compressive torque required for seating. However, as the threads become clogged with cut debris, the torque begins to increase exponentially.

Even with a design employing standard efficient cutting flutes, the torque at seven turns records a level of almost 90Ncm.

Classic DT With Cutting Flutes

The same implant thread design with the addition of Blossom records a torque value of approximately 57Ncm at the same seven turns as the two designs shown above. This represents a 54% decrease over the Classic DT Without Cutting Flutes and an 39% decrease over the Classic DT With Cutting Flutes.

The BLOSSOM™ configuration reveals a remarkable difference in both Torque and Efficiency. Note that Torque vs. Number of turns is dramatically improved, and the amount of torque is significantly reduced. Blossoms’ unique design of the threads and channels result in improved synchronicity, harmony and contact.

DT with BLOSSOM™

As the implant is seated, poor efficiency causes the build-up of high compressive forces.

Note that at seven turns this design records a torque force of 118Ncm.

Classic DT Without Cutting Flutes

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PROSTHETIC CONNECTION

In-Dex™ registration provides a method for an abutment to be transferred from an analog and replaced in the implant in the same position with extreme precision, guaranteeing the accuracy of the final restoration. When a prosthesis is fabricated directly on the abutment by the laboratory technician, all of his skills can be brought to bear with respect to margins, parallelism, contour, framework design, morphology and esthetics.

The In-Dex™ feature, which guarantees reproducible abutment positioning, is a completely independent component of the implant. Machined separately, the Morse Taper is not compromised with respect to strength, form or function.

In-Dex™

Full range of two-pieceabutments available to

provide a wide range ofprosthetic options all

featuring In-Dex™capabilities.

Wide walls provideextra strength.

Better Ideas™

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A special series ofContra-Angle Drive-Lock Drivers

are engineered with a hex configurationon the shaft. This feature mates with W&H™

latch-type contra-angle hand-pieces. Highmoments of torque are transferred to this hex,

instead of to the conventional latch connection.(reference designated with an “H”).

DELIVERY SYSTEM

Better Ideas™

US Patent 7,131,840.Other US and foreign patents associated with this system are also pending (Patent Pending).

Delivery and PlacementDrive-lock™ patented technology eliminates the need for an implant mount. It permits the clinician to pick up the implant directly from a sterile package and carry it to the osteotomy site. The Drive-Lock™ Contra-Angle Attachment can safely exert the force necessary for implant insertion without risk of deformation of the prosthetic interface. Implant placement is achieved with incomparable ease, precision and speed. Additionally, the tip of the Drive-lock™ is a 1.3 mm hex driver, designed to carry the cover screw to the implant and thread it into place.

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TORQUE WRENCHES

Torque-Lock® ratchet wrenches are Intra-Lock’s series of torque instruments engineered for both surgical and prosthetic functions. Torque-Lock® has a built-in torque gauge that can accurately determine torque forces from 10 to 50 Ncm. It utilizes a patented technology of rubies and sapphires as bearing surfaces that provide minimal friction on the return stroke, resists the accumulation of blood and saliva and guarantees extreme consistent precision. An internal coating of Teflon ensures efficient cleaning and sterilization. Torque-Lock® 2L and 2H, two new additions to the Torque-Lock® family, both offer the convenience of a standard manual ratchet wrench and torque indicator in one device. Torque-Lock® 2-L is a low torque indicating wrench ideal for dental implant restorations and Torque-Lock 2-H provides higher torque readings making it suitable for surgical applications.

Torque-Lock®

TL

Torque-Lock® Torque Wrench

TL2H

Torque-Lock 2™ Torque Wrench

TL2L

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TORQUE GUIDE

•Only light fi nger force (5-10Ncm).

TYPE OF RETAINING SCREW OR ABUTMENT TORQUE (Ncm)

Cover Screw Manual*

Healing abutment Manual*

Flat One® HealingAbutment Manual*

Temporary Abutment(Retaining Screw)

20 Ncm

Impression Post(Short Screw)

10 Ncm

Impression Post(Long Screw)

Manual*

Flat One® Impression Screw Manual*

Straight & Angle Abutments(Retaining Screw or Clinical Retaining Screw)

30 Ncm

Flat One® Abutment 35 Ncm

Cylinder Abutment 35 Ncm

One Piece Abutment(Retaining Screw or Clinical Retaining Screw)

35 Ncm

Locator® Abutment 30 Ncm

O-Ball Abutment 30 Ncm

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DentalImplants

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Dental Implants

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Redefi ningCutting-EdgeTechnology

BLOSSOM™ Design Intra-Lock’s BLOSSOM™ (Patent Pending) Implants are characterized by the introduction of an enhanced new con-fi guration of the conventional tap design. Instead of having a traditional, discreet “self-tapping” portion, BLOSSOM™

implants incorporate at least one cutting surface on each thread and a spiral groove, which runs in the oppositedirection. This type of macro-architecture is designed to improve the dynamics of implant insertion. The multiplecutting surfaces enable the implant to continuously slice through the bone with increased effi ciency and signifi cantlydiminished trauma. The implant corkscrews through the bone. The design also provides pathways for the bone chips to be evenly distributed in a physiologic manner. This Self-Clearing action encourages osseointegration instead of blocking the effi ciency of the tapping action.

Indications and Availability: The BLOSSOM™ Implant is a Self-Tapping and Self-Clearing™ dental implant thatrequires signifi cantly less insertion torque and offers increasedprimary stability. It is available in the CT, DT (4mmØconfi gurations) and 3.4mmØ confi gurations.

• Reduced Insertion Torque

• Increased Primary Stability

• Optimized Implant Insertion

• Self-Tapping Self-Clearing™

BLCT4013S BL4011STI

Better Ideas™

Blossom™ Dental Implants are currently available in selected markets only. Please consult your local Intra-lock distributor/representative for details.

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Dental Implants

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STRAIGHT BODY IMPLANTS

Application: • Maxillary Lateral Incisors • Mandibular Central Incisors • Mandibular Lateral Incisors Prosthetic Interface

Straight Body3.4 mm Diameter, Short Collar Length 8 mm 10 mm 11.5 mm 13 mm 15 mmRef. No. IS3308TI IS3310TI IS3311TI IS3313TI IS3315TI

Sq

3.4mmØ – Short Collar

Application: • ALL PURPOSE IMPLANT • Maxillary Overdentures • Mandibular Overdentures

Prosthetic Interface

Straight Body4.0 mm Diameter, 2 mm Collar Length 8 mm 10 mm 11.5 mm 13 mm 15 mm Ref. No. DT4008TI DT4010TI DT4011TI DT4013TI DT4015TI

St

Straight Body4.0 mm Diameter, Short Collar Length 8 mm 10 mm 11.5 mm 13 mm 15 mm Ref. No. DT4008STI DT4010STI DT4011STI DT4013STI DT4015STI

BLOSSOM® Straight Body4.0 mm Diameter, Short Collar Length 8 mm 10 mm 11.5 mm 13 mm 15 mm Ref. No. BL4008STI BL4010STI BL4011STI BL4013STI BL4015STI

2.0mm

DT 4.0mmØ – Short & Long Collars

Len

gth

IS3311TI

Len

gth

BL4011STI

Len

gth

DT4011STI

Len

gth

DT4011TI

Better Ideas™

Blossom™ is availablein selected markets only.

Blossom™ isavailablein selectedmarkets only.

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Sq St WdSq Interface(Platform)



Application: • Maxillary Cuspids • Maxillary Molars • Mandibular Cuspids • Mandibular Molars Prosthetic Interface

Straight Body4.75 mm Diameter, 2mm Collar Length 8 mm 10 mm 11.5 mm 13 mmRef. No. I4708TI I4710TI I4711TI I4713TI

4.75mmØ – Short & Long Collars

Application: • Maxillary Molars, where there is a short height to the sinus fl oor with no grafting. • Mandibular Molars, where there is limited height over the inferior alveolar nerve. • Where the submandibular fossa restricts implant length.

Prosthetic Interface

Straight Body6.0 mm Diameter, Short Collar Length 6.5 mm 8 mm Ref. No. I6006STI I6008STI


Wd

Straight Body4.75 mm Diameter, Short Collar Length 8 mm 10 mm 11.5 mm 13 mmRef. No. I4708STI I4710STI I4711STI I4713STI

Wd

2.0mm

Len

gth

I4710STI

Len

gth

I4711TI

STRAIGHT BODY IMPLANTS

Len

gth

I6008STI

Better Ideas™


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Dental Implants

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TAPERED BODY IMPLANTS

Application: • Maxillary Lateral Incisors Prosthetic Interface

Tapered BodyDiameter 3.75 mm, Short Collar Length 11.5 mm 13 mm 15 mmRef. No. IS3711TI IS3713TI IS3715TI

Sq


Application: • Intended for Type III Bone, Type IV Bone; Do Not Use In Type I or II Bone • Ridge Expansion Procedures Prosthetic Interface

Tapered Body4.0 mm Diameter, Short Collar Length 10 mm 11.5 mm 13 mm 15 mmRef. No. CT4010STI CT4011STI CT4013STI CT4015STI

CT 4.0mmØ – Short Collar

St

BLOSSOM® Tapered Body4.0 mm Diameter, Short Collar, Blossom™ Length 10 mm 11.5 mm 13 mm 15 mmRef. No. BLCT4010S BLCT4011S BLCT4013S BLCT4015S

Len

gth

BLCT4013S

Len

gth

CT4013STI

Better Ideas™

Len

gth

IS3713TI


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Application: • ALL PURPOSE IMPLANT • Maxillary Centrals • Maxillary Bicuspids • Mandibular Bicuspids • To increase primary stability in type III and IV bone.

Prosthetic Interface (Short Collar)

Prosthetic Interface (Long Collar )

Tapered Body4.3 mm Diameter, 2 mm Collar, Conic®

Length 10 mm 11.5 mm 13 mm 15 mmRef. No. IC4310TI IC4311TI IC4313TI IC4315TI


Wd

Tapered Body4.3 mm Diameter, Short Collar, Conic®

Length 10 mm 11.5 mm 13 mm 15 mmRef. No. IC4310STI IC4311STI IC4313STI IC4315STI

TAPERED BODY IMPLANTS

Application: • Maxillary Cuspids • Mandibular Cuspids • Maxillary Molars • Mandibular Molar • To increase primary stability in type III and IV bone. Prosthetic Interface

Tapered Body5.0 mm Diameter, 2 mm Collar, Conic®

Length 11.5 mm 13 mm 15 mmRef. No. IC5011TI IC5013TI IC5015TI


Wd

Tapered Body5.0 mm Diameter, Short Collar, Conic®

Length 10 mm 11.5 mm 13 mm 15 mmRef. No. IC5010STI IC5011STI IC5013STI IC5015STI

2.0mm

St

Len

gth

IC5013STI

Len

gth

IC5013TI

2.0mm

Len

gth

IC4313STI

Len

gth

IC4313TI

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Dental Implants

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DRILLING SEQUENCES: Straight Body Implants

With soft bone, intermediate drill diameters may be omitted, e.g. Ø 1.5mm to Ø 2.5mm, omitting Ø 2.0mm.* Use Countersink drill CS as an additional step on Type I Bone.

1.5 mmInitialDrill

ParallelPin

2.0 mmDrill

2.5 mmDrill

2.8 mmDrill

D28D25D20PP43D15

Len

gth

4.0mmØ (DT)Short & Long Collar:

8mm-15mm

With soft bone, intermediate drill diameters may be omitted, e.g. Ø 1.5mm to Ø 2.5mm, omitting Ø 2.0mm.* Countersink drill CS3 may be used as an optional additional step in Type I Bone.

1.5 mmInitialDrill

ParallelPin

2.0 mmDrill

2.5 mmDrill

2.8 mmDrill

D28D25D20PP33D15

Len

gth

Sq 3.4mmØShort Collar: 8mm-15mm

3.2 mmDrill

D32

3.5 mmDrill

D35

IS3311T

ID

T4011T

I

DT

4011ST

I

StartHere

StartHere

*

*

BL4011S

TI

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Dental Implants

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With soft bone, intermediate drill diameters may be omitted, e.g. Ø 1.5mm to Ø 2.5mm, omitting Ø 2.0mm.* Use Countersink drill CS5 as an additional step on Type I Bone.

1.5 mmInitialDrill

ParallelPin

2.0 mmDrill

2.5 mmDrill

2.8 mmDrill

D28D25D20PP55D15

Len

gth

4.75mmØShort & Long Collar:

8mm-15mm

3.2 mmDrill

D32

3.5 mmDrill

D35

I4711TI

I4710S

TI

StartHere

DRILLING SEQUENCES: Straight Body Implants

4.2 mmDrill

D42

With soft bone, intermediate drill diameters may be omitted, e.g. Ø 1.5mm to Ø 2.5mm, omitting Ø 2.0mm.* Use CS5 as intermediate if necessary.

1.5 mmInitialDrill

ParallelPin

2.0 mmDrill

2.5 mmDrill

2.8 mmDrill

D28D25D20PP55D15

Len

gth

6mmØShort: 6.5mm-8mm

3.2 mmDrill

D32

3.5 mmDrill

D35

I6008ST

I

4.2 mmDrill

D42

CS5Counter-

Sink(Optional)

CS5

5.5 mmDrill

D55

StartHere

*

*

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Dental Implants

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DRILLING SEQUENCES: Tapered Body Implants

With soft bone, intermediate drill diameters may be omitted, e.g. Ø 1.5mm to Ø 2.5mm, omitting Ø 2.0mm.* Countersink drill CS3 may be used as an optional additional step in Type I Bone.

1.5 mmInitialDrill

ParallelPin

2.0 mmDrill

2.5 mmDrill

2.8 mmDrill

D28D25D20PP33D15

Len

gth

Sq 3.75mmØShort Collar: 11.5mm-15mm

IS3713T

IStartHere

3.75 mmTapered

Drill

CD375

With soft bone, intermediate drill diameters may be omitted, e.g. Ø 1.5mm to Ø 2.5mm, omitting Ø 2.0mm.

1.5 mmInitialDrill

ParallelPin

2.0 mmDrill

2.5 mmDrill

D25D20PP43D15L

eng

th

4.0mmØ (CT)Short Collar: 10mm-15mm

CT

4013ST

I

StartHere

*

CT40 Implant is indicated forType III or Type IV bone and split

crest procedures. If placed contraryto above, the dedicated final drill

DCT4 must be used.

Dedicated finaldrill DCT4 must

be used in Type I and II bone. B

LCT

4013S

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Dental Implants

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1.5 mmInitialDrill

ParallelPin

2.0 mmDrill

2.5 mmDrill

2.8 mmDrill

D28D25D20PP43D15

Len

gth

Conic 4.3mmØShort & Long Collar:

10mm-15mm

3.2 mmDrill

D32

10mmImplant

UseCD410

IC4313T

I

IC4313S

TI

StartHere

DRILLING SEQUENCES: Tapered Body Implants


1.5 mmInitialDrill

ParallelPin

2.0 mmDrill

2.5 mmDrill

2.8 mmDrill

D28D25D20PP55D15L

eng

th

Conic 5.0mmØShort & Long Collar:

11.5mm-15mm (10mm in Short Collar Only)

3.2 mmDrill

D32

3.5 mmDrill

D35

IC5013T

I

IC5013S

TI

StartHere

11.5mmImplant

UseCD511

CD511 / CD513 / CD515

13mmImplant

UseCD513

15mmImplant

UseCD515

CD410 / CD411 / CD413 / CD415

11.5mmImplant

UseCD411

13mmImplant

UseCD413

15mmImplant

UseCD415

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Instrumentation-Drills

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Instrumentation - Drills

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D2015 D12013 D2011 D2010 D2008

D1515 D1513 D1511 D1510 D1508

STOP PILOT DRILLSIn cases with poor lighting, lack of fiber-optic lighting or inadequate magnification, visualizing the laser marks on pilot drills may be difficult. To aid in overcoming these visibility factors and increase accuracy, Intra-Lock has designed a set of five Ø1.5mm and five Ø2.0 mm Stop Pilot Twist Drills in individual lengths of 8, 10, 11.5, 13 and 15mm. Stop Pilot Twist Drills have a built-in depth limiter! When larger Trispade Drills are introduced, the operator can confirm the accurate depth with tactile sensation and have full assurance of a precise final osteotomy length. These drills perform optimally at approximately 1,500 rpm and have a helicoidal design that enables them to cut very efficiently, beginning at the tip and continuing along their length.

REFERENCE NO. PRODUCT DESCRIPTIOND1508 ...................... Pilot Twist Drill, Ø1.5 x 8mmD1510 ...................... Pilot Twist Drill, Ø1.5 x 10mmD1511 ...................... Pilot Twist Drill, Ø1.5 x 11.5mmD1513 ...................... Pilot Twist Drill, Ø1.5 x 13mmD1515 ...................... Pilot Twist Drill, Ø1.5 x 15mm

Stop Pilot Twist Drills - Ø1.5mm

REFERENCE NO. PRODUCT DESCRIPTIOND2008 ...................... Twist Drill, Ø2.0 x 8mmD2010 ...................... Twist Drill, Ø2.0 x 10mmD2011 ...................... Twist Drill, Ø2.0 x 11.5mmD2013 ...................... Twist Drill, Ø2.0 x 13mmD2015 ...................... Twist Drill, Ø2.0 x 15mm

Stop Pilot Twist Drills - Ø2.0mm

Locator Drill

REFERENCE NO. PRODUCT DESCRIPTIONLD ............................ Locator Drill

The Locator Drill’s sharp penetrating tip ensures safe drill positioning and secure drill centering at the osteotomy site. Used as an optional first step in the drilling sequence and in combination with the Pilot Twist Drills, a defined direction is established throughout the drilling process.

LD

15mm

13mm11.5mm10mm

8mm

15mm

13mm11.5mm10mm

8mm

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REFERENCE NO. PRODUCT DESCRIPTIOND25 .......................... Drill Tri-Spade, Ø2.5 x 15 mm D28 .......................... Drill Tri-Spade, Ø2.8 x 15mm D32 .......................... Drill Tri-Spade, Ø3.2 x 15mm D35 .......................... Drill Tri-Spade, Ø3.5 x 15mm D42 .......................... Drill Tri-Spade, Ø4.2 x 15mm

Final Tri-Spade Drills

D25 D28 D32 D35 D42

FINAL DRILLS

Intra-Lock’s Final Drills are engineered to the precise diameter, length, and profile to create an ideal receptor site for their matching implants. Each site dimension corresponds to a specific implant feature.

REFERENCE NO. PRODUCT DESCRIPTIONDST08 ..................... Drill Stop, 8mmDST10 ..................... Drill Stop, 10mmDST115 ................... Drill Stop, 11.5mmDST13 ..................... Drill Stop, 13mm

Drill Stops

Drill Stops simply slip from the cutting tip onto Final Tri-Spade Drills to provide additional drilling precision. They can be easily removed for increased depth flexibility and are color coded.

DST10 DST115 DST13DST08

15mm13mm

11.5mm10mm

8mm

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FINAL DRILLS

CD410 CD411 CD413 CD415 CD511 CD513 CD515 CD375 DCT4 D55

REFERENCE NO. PRODUCT DESCRIPTIONCD410 ..................... Final Conic Drill, Ø4.3mm x 10mm CD411 ..................... Final Conic Drill, Ø4.3mm x 11.5mm CD413 ..................... Final Conic Drill, Ø4.3mm x 13mm CD415 ..................... Final Conic Drill, Ø4.3mm x 15mmCD511 ..................... Final Conic Drill, Ø5.0mm x 10mmCD511 ..................... Final Conic Drill, Ø5.0mm x 11.5mm CD513 ..................... Final Conic Drill, Ø5.0mm x 13mm CD515 ..................... Final Conic Drill, Ø5.0mm x 15mmCD375 ..................... Final Drill, Ø3.75mm, SQ Platform DCT4 ....................... Final Drill, CT, Ø4.0mm, Std. PlatformD55 .......................... Final Drill, Ø6.0mm, Wide Platform

Final Conic (Tapered) Drills

The diameter of the Final Conic Drill is designed to minimize stress generated around the cortical plate and body of the implant. The precise length precludes excessive bone compression at the apex of the implant. Optimum surface contact of bone-to-implant is encouraged by the profile of the Conic Drills. When Intra-Lock’s Final Drills are used in concert with their corresponding implants, the osteotomy site and the implants are in a state of physiologic harmony.

CD510

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REFERENCE NO. PRODUCT DESCRIPTIONORC ......................... O-Ring for Drive-Lock, SQ PlatformORIT ........................ O-Ring for Drive-Lock, Standard & Wide PlatformORS ......................... O-Ring for Ratchet Driver’s Square

Platform

REFERENCE NO. PRODUCT DESCRIPTIONDLISCAL ................. Drive-Lock Contra-Angle, SQ Platform, Long DLISCALH .............. Drive-Lock for WH Contra-Angle, SQ Platform, Long DLISCAS ................. Drive-Lock Contra-Angle, SQ Platform, Short DLISCASH .............. Drive-Lock for WH Contra-Angle, SQ Platform, Short

Contra-Angle

Sq

DRIVE-LOCK™

All Intra-Lock® Implants feature patented* Drive-Lock™ carrier and placement technology. This carrier/driver technology eliminates the need for an implant mount. Implant placement is achieved with incomparable ease safety, precision and speed. Drive-Lock™ drivers are available for both contra-angle and ratchet wrenches. Additionally, the tip of the Drive Lock™

is a 1.3 mm hex driver, designed with a taper to carry the cover screw onto an implant and thread it into place.

Standard & Wide Platforms

REFERENCE NO. PRODUCT DESCRIPTIONIDLCAL ................... Drive-Lock Contra-Angle, Long IDLCALH ................. Drive-Lock for WH Contra-Angle, Long IDLCAS ................... Drive-Lock Contra-Angle, Short IDLCASH ................. Drive-Lock for WH Contra-Angle, Short

St Wd

Platform

REFERENCE NO. PRODUCT DESCRIPTIONDLISRL .................... Drive-Lock Ratchet Driver, SQ Platform, Long DLISRS ................... Drive-Lock Ratchet Driver, SQ Platform, Short

Ratchet

Sq

Standard & Wide Platforms

REFERENCE NO. PRODUCT DESCRIPTIONIDLRL ...................... Drive-Lock Ratchet Driver, Long IDLRS ...................... Drive-Lock Ratchet Driver, Short

St Wd

O-Ring Replacement for Drive-Lock™

*US Patent 7,131,840

DLISCAL

DLISCALH

DLISCAS

DLISCASH

IDLCAL

IDLCALH

IDLCAS

IDLCASH




ORC ORIT

DLISRL

DLISRS

IDLRL

IDLRS

ORS

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CS

CS5

REFERENCE NO. PRODUCT DESCRIPTIONCS3 (Not Shown) ......... Countersink Drill for SQ Platform CS............................ Countersink Drill for Standard PlatformCS5 ......................... Countersink Drill for Wide Platform

Countersink Drills

DE REFERENCE NO. PRODUCT DESCRIPTIONDE............................ Drill Extender

Drill Extender

CDCAS

DL DS

REFERENCE NO. PRODUCT DESCRIPTIONContra-AngleCDCAS .................... Contra-Angle Driver for Long ScrewsSwivel DriversDL ............................ Swivel Driver, Long Ø1.3mm DS............................ Swivel Driver, Short Ø1.3mm

Drivers

REFERENCE NO. PRODUCT DESCRIPTIONDL16 ...... Swivel Driver for Flat One® Abutment, Long Ø1.6mmDS16 ..... Swivel Driver for Flat One® Abutment, Short Ø1.6mmDL16 DS16

TLD16L

TLD16S

REFERENCE NO. PRODUCT DESCRIPTIONTLD16L ................... Torque-Lock® Driver Hex, 1.6mm Long TLD16S ................... Torque-Lock® Driver Hex, 1.6mm Short TLDL (Not Shown) ....... Torque-Lock® Driver, 1.3mm Long TLDS (Not Shown) ....... Torque-Lock® Driver, 1.3mm Short

Torque-Lock® Drivers

DRIVERS

Drivers

REFERENCE NO. PRODUCT DESCRIPTIONIFACAD ................... Flat One® Abutment Contra-Angle Driver

IFACAD

Contra-Angle

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DG35

DG28REFERENCE NO. PRODUCT DESCRIPTIONDG28 ....................... Depth Gauge, Ø2.8mm DG35 ....................... Depth Gauge, Ø3.5mm

Depth Gauges

RPCA4

REFERENCE NO. PRODUCT DESCRIPTIONRPCA3 (Not Shown) .... Rotary Tissue punch, Contra-Angle Ø3mm RPCA4 .................... Rotary Tissue punch, Contra-Angle Ø4mm RPCA5 (Not Shown) .... Rotary Tissue punch, Contra-Angle Ø5mm

Rotary Tissue Punch

PP33 PP43 PP55

REFERENCE NO. PRODUCT DESCRIPTIONPP33 ........................ Paralleling Pin, 3.3mm Plateau PP43 ........................ Paralleling Pin, 4.3mm Plateau PP55 ........................ Paralleling Pin, 5.5mm Plateau

Paralleling Pins

REFERENCE NO. PRODUCT DESCRIPTIONIM ............................. Implant Mount IMW ......................... Implant Mount, Wide Platform

Implant Mounts

IM

IMW

IM & IMW are implant mounts designed for Surgical Guide.

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WRENCHES

SRA

REFERENCE NO. PRODUCT DESCRIPTIONSRA ......................... Surgical Ratchet Wrench, 4mm Square

Surgical Ratchet WrenchA rugged autoclavable stainless steel instrument, Intra-Lock’s Surgical Ratchet Wrench provides smooth ratchet action when applying either clockwise or counterclockwise forces. The wrench has a standard 4X4mm connection.

TL

REFERENCE NO. PRODUCT DESCRIPTIONTL ............................ Torque-Lock, w/ 2 Drivers

Torque-Lock® Torque WrenchTorque-Lock® ratchet torque wrench is a precision instrument designed for both surgical and prosthetic functions. The bearings are made via a patented technology that utilizes rubies and sapphires. These jeweled surfaces enable smooth, virtually frictionless strokes that provide consistent torque readings of 0-50Ncm. An internal coating of Teflon resists the accumulation of blood and saliva and enables efficient cleaning and sterilization.

TL2H

REFERENCE NO. PRODUCT DESCRIPTIONTL2L ........................ Torque-Lock 2-Low Torque IndicatorTL2H ........................ Torque-Lock 2-High Torque Indicator

Torque-Lock 2™ Torque WrenchThese are two new additions to the Torque-Lock® family. As with Torque-Lock®, the wrenches offer the convenience of a standard manual ratchet wrench and torque indicator in one device. They are designed with minimal pieces for ease of cleaning and autoclaving. Torque-Lock® 2L is a low torque indicating wrench ideal for dental implant restorations. Torque-Lock 2H provides torque readings that make it suitable for surgical applications.

TL2L

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KITS

CB

A

SKI

SDKSKIS

Note: The insert of this kit is designed as a module to fit into the SKI and SKIS kits.

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KITSREFERENCE NO. PRODUCT DESCRIPTION

SKI....................................... Intra-Lock Surgical Kit SKIS .................................... Straight Implant Surgical KitSDK ..................................... Stop Pilot Drill Kit

Pilot Stop DrillsD1508 .................................. Twist Drill, Ø1.5 x 8mm D1510 .................................. Twist Drill, Ø1.5 x 10mmD1511 .................................. Twist Drill, Ø1.5 x 11.5mmD1513 .................................. Twist Drill, Ø1.5 x 13mmD1515 .................................. Twist Drill, Ø1.5 x 15mm D2008 .................................. Twist Drill, Ø2.0 x 8mmD2010 .................................. Twist Drill, Ø2.0 x 10mmD2011 .................................. Twist Drill, Ø2.0 x 11.5mmD2013 .................................. Twist Drill, Ø2.0 x 13mmD2015 .................................. Twist Drill, Ø2.0 x 15mm

Common Drills LD ........................................ Locator Drill D25 (Optional) ........................ Drill Tri-Spade, Ø2.5 x 15mmD28 ...................................... Drill Tri-Spade, Ø2.8 x 15mm D32 ...................................... Drill Tri-Spade, Ø3.2 x 15mm D35 ...................................... Drill Tri-Spade, Ø3.5 x 15mm D4 ........................................ Drill Tri-Spade, Ø4.2 x 15mm

Drive-Locks™ IDLCAL or IDLCALH ........... Drive-Lock Contra-Angle, Long DLISCAL or DLISCALH ........ Drive-Lock Contra-Angle, Long, SQ PlatformDLISCAS or DLISCASH ........ Drive-Lock Contra-Angle, Short, SQ PlatformIDLCAS or IDLCASH ........... Drive-Lock Contra-Angle, Short IDLRL .................................. Drive-Lock Ratchet Driver, Long IDLRS .................................. Drive-Lock Ratchet Driver, Short DLISRS ............................... Drive-Lock Ratchet Driver, SQ Platform, ShortDLISRL ................................ Drive-Lock Ratchet Driver, SQ Platform, Long

Common Items PP33 .................................... Paralleling Pin, 3.3mm Plateau PP43 .................................... Paralleling Pin, 4.3mm Plateau PP55 .................................... Paralleling Pin, 5.5mm Plateau DG28 (Optional) ..................... Depth Gauge Ø2.8mmDG35 (Optional) ..................... Depth Gauge Ø3.5mmBT38 (Optional) ..................... Bone Tap Ø3.75mmCS3 ..................................... Countersink Drill for Sq PlatformCS........................................ Countersink Drill for Standard PlatformCS5 ..................................... Countersink Drill for Wide PlatformSRA ..................................... Surgical Ratchet Wrench, 4mm Sq. DE........................................ Drill ExtenderDS (Optional) ......................... Swivel Driver Short Ø1.3mm

Specific Implant DrillsD55 ...................................... Final 6mm Drill, Tri-Spade Ø5.5 x 8mmCD410 ................................. Final Conic Drill, Ø4.3mm x 10mm CD411 ................................. Final Conic Drill, Ø4.3mm x 11.5mm CD413 ................................. Final Conic Drill, Ø4.3mm x 13mm CD415 ................................. Final Conic Drill, Ø4.3mm x 15mm CD510 ................................. Final Conic Drill, Ø5.0mm x 10mmCD511 ................................. Final Conic Drill, Ø5.0mm x 11.5mm CD513 ................................. Final Conic Drill, Ø5.0mm x 13mm CD515 ................................. Final Conic Drill, Ø5.0mm x 15mmDCT4 ................................... Final Drill, Tri-Spade, Ø4.0mmCD375 ................................. Final Drill, Tri-Spade, Ø3.75mm

A CB

Intra-Lock offers three varieties of surgical kits. They are each designed

for efficiency and meeting specific needs. All of

these kits are laser etched, suitable for

autoclaving and andhave sturdy stainless

steel inserts.

Intra-LockSurgical Kit

The Internal Implant Surgical Kit is designed

to guide the surgeon through the instrument

sequence of both Straight and Tapered Implant procedures. The kit

contains Pilot Stop Drills, Common Drills, Straight and Tapered Drills, Final Drills, a Surgical Ratchet

Wrench and all necessary Drive-Lock and common

components.

Straight ImplantSurgical Kit

The Straight Implant Surgical Kit is designed

to guide the surgeon through the instrument

sequence of StraightBodied Implants only.

This kit consists of Pilot Stop Drills, Common

Drills, Selected Specific Implant Drills, the

Surgical Ratchet Wrench and all necessary

Drive-Lock and common components.

Stop Pilot Drill KitThe Starter Drill Kit is a

small ergonomic box with an insert that enables

organization of theStarter Drills. The insert

of this kit also fitsinto the Intra-Lock

Surgical Kit (A) and theStraight ImplantSurgical Kit (B).

A

C

B

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SURGICAL MOTOR

Delfin™ System

Complete, Powerful, Elegant and PreciseThe Delfin™ Surgical Motor System is a complete system, specially developed under consideration of all the needs in implantology and surgery. The Delfin™ System, as well as the matching contra-angle IMPLANT 20:1, meet every requirement you can imagine: powerful performance, elegant design and precise functionality. See for yourself!

Power with PrecisionThe Delfin™ System, a small tabletop unit for implantology, combines the power of a brushless motor with an attractive design. Its simple but comprehensive operation ensures that all necessary treatment stages of implantology can be carried out safely and precisely using just one contra-angle handpiece - the IMPLANT 20:1. The Delfin™ System also delivers the highest standards of ergonomics and flexibility.

• Elegant and Compact The tabletop unit has an attractive design and is compact enough to be located virtually anywhere in the practice.• Clear and Practical The illuminated display ensures excellent readability. All important parameters can be seen at a glance.• Improved Reliability Calibration compensates for loss of torque caused by the contra-angle. This ensures a high degree of reliability during treatment.• Precise and Powerful Speed and torque of the brushless motor are continually monitored by the integrated microprocessor. This ensures absolute precision and concentricity - even at minimum speeds.• Optimum Hygiene Motor and cable can be fully sterilized at 135º C

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SURGICAL MOTOR

IMPLANT 20:1 Compatibility

The 20:1 contra-angle handpiece is fully compatible with the practical tabletop unit Delfin™ System. Due to its high resilience of up to 70 Ncm it is suitable for all implant and surgical applications - from smoothing the alveolar crest to seating in the implant. Furthermore, the handpiece provides sufficient speed and power for drilling and shaping as well as both internal and external cooling spray.

Hygienic and Safe

IMPLANT 20:1 can be dismantled easily without tools permitting quick and easy access for the necessary cleaning process after each patient. The cost and performance ratio is outstanding.

Integrated Pump

The integrated peristaltic pump is easily adjustable via a 5-level foot pedal. Depending on your needs the flow rate can be set from 40 to 75 ml/min. Furthermore, the irrigation kit can be changed fast and simply on the units right side.

REFERENCE NO. PRODUCT DESCRIPTIONDELF1 ...............DELPHIN SURGICAL MOTOR + CONTRA-ANGLE 20:1DELF1-01 ......... 20:1 Reduction Contra-Angle Handpiece DELF1-02 ......... Irrigation Tubing, 10 pack (single use) DELF1-03 ......... Irrigation Needle, 2 Pack DELF1-04 .........Y-Connector, 2 PackDELF1-05 .........Y-Tubing, 2 Pack DELF1-06 .........Testing Gauge (for Latch-Type Shanks) DELF1-07 .........Travel Case DELF1-08 ......... Service Oil (50ml) DELF1-09 .........Service Oil (250ml) 6 Pack DELF1-10 .........Sterilization Protector DELF1-11 .........Sterilization Case DELF1-12 .........Holder for hanging the physiological saline solutionDELF1-13 .........Sterilizable micro motor with cable (length 2.2 m) and connectorDELF1-14 .........Sterile rinsing hose, 1-way Model ATR/DEF/1, 1 pieces DELF1-15 .........Motor holder DELF1-16 .........Power cable Conventional cable, 115 V/10 A, length 2 metersDELF1-17 .........Operating Instructions DELF1-18 .........Spare fuses, 2 pieces

Delfin™ Surgical Motor System

Hands-free operation!Delfin™ Surgical Motor System offers a total of 5 programs. After the relevant programs for the implant and treatment stages have been set, the Delfin™ can beoperated hands-free.

38

HealingAbutments

39

Healing Abutments

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REFERENCE NO. PRODUCT DESCRIPTIONILPCS ......... Low Profi le Cover ScrewICS.............. Implant Cover Screw The ILPCS is supplied sterile with all Internal Connection Implants. (Cannot be ordered separately).

Low Profi le/Standard Cover Screws

COVER SCREWS

ILPCS ICS

In some challenging clinical situations, especially when closing a fl ap after implant placement, it is useful to utilize a cover screw with a reduced height. The Low Profi le Cover Screw, (ILPCS) has an extremely compact design. The appropriate low profi le cover screw is packaged with each internal connection implant.

REFERENCE NO. PRODUCT DESCRIPTION

Platform

ISHA3 .............Healing Abutment Height 3mm ISHA4 .............Healing Abutment Height 4mm ISHA5 .............Healing Abutment Height 5mm ISEPHA3 ........Healing Abutment Emerging Profi le Height 3mm ISEPHA4 ........Healing Abutment Emerging Profi le Height 4mm ISEPHA5 ........Healing Abutment Emerging Profi le Height 5mm

Platform

IHA3 ...............Healing Abutment Height 3mm IHA4 ...............Healing Abutment Height 4mm IHA5 ...............Healing Abutment Height 5mmIHA3EP ..........Healing Abutment Emerging Profi le Height 3mm IHA4EP ..........Healing Abutment Emerging Profi le Height 4mm IHA5EP ..........Healing Abutment Emerging Profi le Height 5mm

Platform

IHA3W ............Healing Abutment Height 3mm IHA4W ............Healing Abutment Height 4mm IHA5W ............Healing Abutment Height 5mm IHA3WEP .......Healing Abutment Emerging Profi le Height 3mm IHA4WEP .......Healing Abutment Emerging Profi le Height 4mm IHA5WEP .......Healing Abutment Emerging Profi le Height 5mm

Profi le/Standard Healing Abutments

Periodontal health is encouraged when the restoration follows the soft tissue in a natural, physiologic way. Intra-Lock’sProfi le Healing Abutments offer a selection of profi les and dimensions that enable the most appropriate profi les to becreated. These profi le Healing Abutments also guarantee no closure of the surgical fl ap.

ISHA3

ISEPHA4

IHA4

IHA4EP

IHA4W

IHA4WEP




Sq

St

Wd

HEALING ABUTMENTS

3.5mm 4.2mm

4.2mm

5.0mm

6.2mm

5.5mm

40

ProstheticSystems

41

Prosthetic Systems

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IAA0W1 IAA0W2 IAA0W3

Two-Piece Abutments for Cemented Prosthesis


Platform

ISSA ...............Straight Abutment 1mm Collar, w/ Retaining ScrewISSA3 .............Straight Abutment 3mm Collar, w/ Retaining Screw

Platform

IAA01 .............Straight Abutment 1mm Collar, w/ Retaining Screw IAA02 .............Straight Abutment 2mm Collar, w/ Retaining Screw IAA03 .............Straight Abutment 3mm Collar, w/ Retaining Screw

Platform

IAA0W1 ..........Straight Abutment 1mm Collar, w/ Retaining Screw IAA0W2 ..........Straight Abutment 2mm Collar, w/ Retaining Screw IAA0W3 ..........Straight Abutment 3mm Collar, w/ Retaining Screw

Two-Piece Abutments for cemented prosthesis:Full selection of Two-Piece Abutments: • Designed for cemented crowns and bridges • Same 1.3mm hex driver for all Intra-Lock® Implants • 30 Ncm recommended torque

Intra-Lock Straight Abutments are intended for use in single or multi-unitcemented restorations. The abutments have pre-machined margins which simplify abutment preparation and may be additionally prepared to follow gingival contours. It is recommended that the bulk of abutment reduction and preparation be performed outside of the mouth due to risk of heat transfer to the implant.

Abutment impressions may be preformed directly using conventionalcrown and bridge impression techniques. However, for implant-level impressions that allow the laboratory to prepare the abutment and fabricate the restoration, Implant Impression Transfers and Implant Analogs can be found on pages xx and the impression technique can be found on page xx.

Every Straight Two-Piece Abutment is suppliedwith a Retaining Screw (HRS).

When the fi nal prosthesis is ready to bedelivered, the Clinical Retaining Screw (HRS2)is recommended. All Retaining Screws can be found on page 58.

Sq

St

Wd

TWO-PIECE

HRS HRS2

ISSA

3.2mm

8mm

4.5mm

ISSA3

3.2mm

8mm

4.5mm

IAA01

3.5mm

8mm

5mm

IAA02

3.5mm

8mm

5mm

IAA03

3.5mm

8mm

5mm

4mm

8mm

6mm

4mm

8mm

6mm

4mm

8mm

6mm

42

Prosthetic Systems

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TWO-PIECE

Two-Piece Abutments for Cemented Prosthesis:Angled Abutments


Platform

ISAA15 ...........15º Angled Abutment, w/ Retaining Screw

Platform

IAA15 .............15° Abutment, w/ Retaining Screw IAA25 .............25° Abutment, w/ Retaining Screw

Platform

IAA15W ..........15° Abutment, w/ Retaining Screw IAA25W ..........25° Abutment, w/ Retaining Screw

Two-Piece Angled Abutments for cemented prosthesis:Full selection of Two-Piece Abutments: 0º, 15º, 25º • Designed for cemented crowns and bridges • Same 1.3mm driver for all Intra-Lock® Implants • 30 Ncm recommended torque

Intra-Lock Angled Abutments for cemented prosthetics are availablein 15o and 25o angulations for the Standard and Wide Platforms and 15o angulation for the SQ Platform. They feature a margin thatfollows normal gingival anatomy, where the buccal aspect is lower than the lingual. This eliminates or minimizes marginal preparation in the majority of cases.

Implant-level impressions that allow the laboratory to prepare the abutment and fabricate the restoration can be accommodated with Implant Impression Transfers and Implant Analogs (see page xx). The impression technique can be found on page xx.

Every Angled Two-Piece Abutment is supplied witha Retaining Screw (HRS).

When the fi nal prosthesis is ready to bedelivered, the Clinical Retaining Screw (HRS2) isrecommended. All Retaining Screws can befound on page 58.

Sq

St

Wd

ISAA15

HRS HRS2

3mm

8.5mm

6.5mm

5.5mm

IAA15

3mm

8.5mm6.5mm

5.5mm

IAA25

3mm

9mm

6mm

5.5mm

IAA15W

3.5mm

8.5mm7mm

6mm

IAA25W

3.5mm

9mm

6mm

6mm

43

Prosthetic Systems

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TWO-PIECE


Platform

ISCA ...............Castable Abutment, w/ Retaining Screw ISGC ...............Gold Cylinder Abutment, w/ Retaining Screw

Platform

ICA .................Castable Abutment, w/ Retaining ScrewIGCS ...............Gold Cylinder Abutment, w/ Retaining Screw

Platform

ICAW ..............Castable Abutment, w/ Retaining ScrewIGCSW ...........Gold Cylinder Abutment, w/ Retaining Screw

Intra-Lock’s Two-Piece Cylinders are castable “UCLA type” abutments. They are offered with a machined gold alloy base or in a fully castable version. These abutments may correct angles up to 30 degrees when cast as a custom abutment.

Every Cylinder is supplied with aRetaining Screw (HRS).

When the fi nal prosthesis is ready to bedelivered, the Clinical Retaining Screw (HRS2) is recommended. All Retaining Screws can be found on page 58.

Sq

Two-Piece Abutments for Cemented Prosthesis:Castable Cylinders and Gold Cylinders

ISCA ISGC

ICA IGCS

Wd

St

HRS HRS2

3mm

11mm

3.3mm

13.5mm

3mm

11mm

ICAW

3mm

11mm

3.3mm

13.5mm

IGCSW

3.7mm

13.5mm

44

Prosthetic Systems

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ITTA

Transitional Titanium Abutment

REFERENCE NO. PRODUCT DESCRIPTIONITTA ..............Transitional Titanium Abutment, w/Retaining Screw

Transitional Titanium Abutment:The Transitional Titanium Abutment can be used for immediateplacement during the fi rst and/or second stages of the dentalimplant surgery. It serves as an abutment for provisionalscrew-retained restorations.

TRANSITIONAL ABUTMENT

TEMPORARY ABUTMENTSPEEK Temporary Abutments


Platform

ISPHA ............Peek Hybrid Straight Abutment, w/Retaining ScrewISHAA15 ........Peek-Ti Hybrid Abutment, 15o angled, w/Retaining Screw

Platform

IPHA ...............Peek Hybrid Abutment, w/Retaining ScrewIPHAA15 ........Peek-Ti Hybrid Abutment, 15o angled, w/Retaining Screw

Platform

IPHAW ...........Peek Hybrid Abutment, w/Retaining ScrewIPHAA15W .....Peek-Ti Hybrid Abutment, 15o angled, w/Retaining Screw

PEEK Temporary Abutments:PEEK* (poly ether ether ketone) Temporary Abutments are designed for the fabrication of immediate cementablerestorations. They are highly compatible with soft tissue and adapt well to all leading dental acrylics and compositerestorations. These abutments are strong, durable and resilient, yet soft enough for quick chairside modifi cation. They are also tooth colored, allowing the fabrication of aesthetic provisional restorations. By promoting soft tissue management during the initial healing period, they will help to develop a proper soft tissue profi le. Unlike plastic temporary abutments, Intra-Lock PEEK Abutments contain an internal machined titanium base, ensuringa precise and secure fi t to the implant.

Sq

St

Wd

IPHAA15IPHA

IPHAA15WIPHAW

ISPHA ISHAA15

5.6mm

10.5mm

5.6mm

10.5mm

5.6mm

10.5mm

5.6mm

9.6mm

8.2mm

5.6mm

9.6mm

8.2mm

5.6mm

9.6mm

8.2mm

45

Prosthetic Systems

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CAD/CAM Technology Abutments


Platform

ISTICO ......................Titanium Cylinder for CAM

Platform

ITICO .........................Titanium Cylinder for CAM

Platform

ITICOW .....................Titanium Cylinder for CAM

CAD/CAM Technology Abutments:Computer-aided and design/computer-aided manufacturing(CAD/CAM) has evolved in implant dentistry during the past two decades. Intra-Lock’s CAD/CAM Abutments are designed to ensure that the esthetics zircon restoration’s offer are enhanced by the strength of a solid titanium core and base. These abutments are contoured and profi led to provide the optimum structural support.

St

Wd

CAD/CAM

Sq

ISTICO

ITICO

ITICOW

3mm

7.5mm

3mm

7.5mm

3mm

7.5mm

46

Prosthetic Systems

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METAL TRANSFER / PICK-UP IMPRESSION PROCEDURE

1 3 4

7 8

10 11 12

For Closed Tray ForOpenTray

10 Ncmof torque

CDCAS

1: Retaining screw holds the Metal Transfers in place. Long screw for open-tray technique. Short screw for closed-tray technique.

3: In clinical situations when very little space is available in the patient’s mouth to insert the screw manually, the use of the dedicated contra-angle driver, CDCAS may help perform this task.

4: An Open tray impression is made (Open tray is illustrated here).

5

5: Long Impression Screws can be removed either by hand...

6

6: ... or by utilizing the dedicat-ed contra-angle driver, CDCAS.

7: The impression is removed from the patient.

8: Long Impression Screws arereplaced in the impression securing the Metal Impression Transfers...

10: Stone is poured. 11: Long Impression Screws are removed.

12: The Implant Analogs are seen here in the stone model.

9

9: ...onto the matching implant analogs.

2: The Swivel Driver (DL) is used to tighten screws to 10 Ncm.

2

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Prosthetic Transfers (Copings) forCemented Abutments


Platform

IST .................. Impression Transfer, w/ Retaining Screw & Long Impression Screw

Platform

IMT ................. Impression Transfer, w/ Retaining Screw & Long Impression Screw

Platform

IMTW .............. Impression Transfer, w/ Retaining Screw & Long Impression Screw

Sq

St

Wd

PROSTHETIC COMPONENTS:COPINGS AND ANALOGS

IST

Implant Analogs


Platform

ISLA ............... Implant Analog

Platform

IIA ................... Implant Analog

Platform

IIAW ................ Implant Analog

Sq

St

Wd

IMTW

IMT

ISLA

IIAW

IIA

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SmarTransfer™ / PICK-UPIMPRESSION PROCEDURE

1: This cutaway view illustrates three different Intra-Lock platform implants with divergent paths of insertion.

2: A Contra-Angle Driver for long screws (CDCAS) secures the coping assembly to the Implant.

3: Three SmarTransfer™ Copings in place. (Note: Each Apical Component is color-coded for each platform.

4: Open-tray impression is made.

5: Long Screws are removed.

1 2 3 4

5 6 7 8

9 10 11 12

13 146: Upon removal, observe that one transfer component has remained indexed in the implant. A clean detachment occured without a tear in the impression material.

7: Remove the base transfer component...

8: ...and reposition it in the impression.

9: The indexing configuration ensures the maintenanceof accuracy.

10: Analogs with matching colors to the Upper TransferComponent are then placed...

11: ...and secured into place by Impression Coping Screws.

12: Die Stone is then poured to create a working model.

13: Once the die stone has set, Coping Screws are removed.

14: Lingual view of working model achieved withSmarTransfer™ Copings.

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SmarTransfer™ COPINGS

SmarTransfer™ Impression Copings


Platform

IS2T ................ Impression Transfer, w/ Long Retaining Screw

Platform

I2T .................. Impression Transfer, w/ Long Retaining Screw

Platform

I2TW ............... Impression Transfer, w/ Long Retaining Screw

Impression Copings:When implants are placed in non-pararell position, it may be difi cult to remove the impression using conventional copings (IST, IMT, IMTW).

The SmarTransfer™ Impression Copings, available foreach of the three prosthetic platforms, consist of twocomponents precisely indexed and designed to disengageat the point of tension, leaving one half on the implantplatform, and the other half in the impression. The componentof the assembly that remains attached to the implant issimply removed and reunited with the half held in theimpression. In this way, no tearing, ripping or distortion will occur. The registration is kept precise and accurate, even in a full-arch impression.

Sq

St

Wd

IS2TSquare

I2TWWide

I2TStandard

IS2TSquare

I2TWWide

I2TStandard

(SmarTransfer™ shown withoutLong Retaining Screws.)

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Platform

ISBA1 ..........O-Ball Abutment Height 1mm, w/ O-Ring Assy ISBA2 ..........O-Ball Abutment Height 2mm, w/ O-Ring Assy ISBA3 ..........O-Ball Abutment Height 3mm, w/ O-Ring AssyMHN ............O-Ball Abutment Metal Housing, 2 Pcs NPCN ..........Pink Retention Cap for Standard Housing, 4 Pcs

& Platforms

IBA1 ............O-Ball Abutment Height 1mm, w/ O-Ring Assy IBA2 ............O-Ball Abutment Height 2mm, w/ O-Ring Assy IBA3 ............O-Ball Abutment Height 3mm, w/ O-Ring Assy IBA4 ............O-Ball Abutment Height 4mm, w/ O-Ring AssyBORH ..........O-Ball Attachment Ø2.5mm, O-Ring & Assembly ORR ............O-Ring Replacements for BORH Ø2.5mm, 10 Pcs

O-Ball Abutments for Overdentures:Ideal for tissue-supported overdenture restorations.Includes O-Ring Housing in Standard and Wide Platforms.

• Suitable for overdenture restoration • Analogs available for indirect fabrications • Low profi le metal housing for O-Ring • Uses our standard screwdriver, hex ø1.3mm • 30 Ncm recommended torque

Sq

OVERDENTURE ABUTMENTS

St Wd


, & Platforms

OBA ............O-Ball Abutment Analog

Sq St Wd

ISBA1 ISBA2 ISBA3

MHN NPCN

IBA1 IBA2 IBA3

BORH ORR

OBA

O-Ball Abutments for Overdentures

O-Ball Abutment Analog

2.5mm2.5mm

2.5mm

2.5mm2.5mm

2.5mm

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Locator® Abutments for Overdentures


Platform

ISLOC1 .....................Locator Abutment, Height 1.4mmISLOC2 .....................Locator Abutment, Height 2mmISLOC3 .....................Locator Abutment, Height 3mmISLOC4 .....................Locator Abutment, Height 4mm

& Platforms

ILOC1 ........................Locator Abutment, Height 1.4mmILOC2 ........................Locator Abutment, Height 2mm ILOC3 ........................Locator Abutment, Height 3mm ILOC4 ........................Locator Abutment, Height 4mm

Locator® Abutments for Overdentures:The low profi le LOCATOR® Implant Attachment features a denture component that provides a self-aligning skirt to aidpatients in positioning their prosthesis.

A combination of inside and outside Dual-Retention ensures an increased amount of retention surface area and long-lastingperformance.

Available in Standard and Wide Platforms. • Low Profi le • Self-Aligning • 4 Cuff Heights • Increased Retention Surface • Compatible with Straumann® and Keystone®

Implants ø4.8mm platform.

St Wd

OVERDENTURE ABUTMENTS

ILOC1 ILOC2

ILOC3 ILOC4

Sq

ISLOC1 ISLOC2

ISLOC3 ISLOC4

LOC8393

Locator® Tools & Accessories for Overdentures

REFERENCE NO. PRODUCT DESCRIPTIONLOC8393 .........................Locator Core ToolLOC8505 (Not Shown) ........Locator Impression CopingLOC8510 .........................Denture Cap w/ Black Processing MaleLOC8514 .........................White Block Out SpacerLOC8516 (Not Shown) ........Locator Female Analog (5mm Diam.)LOC8517 (Not Shown) ........Locator Parallel PostLOC8519 .........................Locator Male Processing PackageLOC8524 .........................Locator Replacement Male (Clear)LOC8527 .........................Locator Light Retention ReplacementLOC8530 (Not Shown) ........Locator Female Analog (4mm Diam.)LOC8547 (Not Shown) ........Locator Extended Range ReplacementLOC8548 .........................Locator Extended Range ReplacementLOC9530 (Not Shown) ........Angle Measurement Guide

LOC8519

LOC8510 LOC8514LOC8524LOC8527 LOC8548

1.5mm1mm

1.5mm2mm

1.5mm

4mm

1.5mm1mm

1.5mm2mm

1.5mm3mm

1.5mm

4mm

1.5mm3mm

52

Prosthetic Systems

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A screw-retained metal framework is the foundation for the fi nalrestoration. The functional and cosmetic components consist of composite teeth and any additions that are necessary to compensatefor soft tissue defects. Upon placement, the prosthesis is immedi-ately loaded.

Intra-Lock’s FlatOne® Abutment System is designed for full-mouthrehabilitation cases or clinical situations that require cross-arch splinting. It eliminates the need for parallelism and is ideal for bar cases and screw-retained bridges.

FlatOne® Abutments are characterized by having a fl at occlusal table. The fl at surface mates precisely with FlatOne® CastingCylinders. This ensures that the load of the restoration is supportedby a wide, fl at platform in contrast to conventional two-pieceabutments that rely on a retaining screw for support.

• Eliminates the Need for Parallelism

• Restoration Supported by Wide, Flat Platform

• Does Not Rely on Retaining Screw for Support

• Not a “Screwed-on Denture” Solution

3.5mm

FlatOne® abutments are available in two occlusal tables, a 3.5mm Narrow base and a 5mm Standard base.

5.0mm

In addition, they are available in three different heights, ranging from 1 to 3 millimeters, thus enabling the ideal placement of each abutment and optimum margination of the fi nal restorations.

3mm2mm

1mm

FlatOne® Angled Abutments are available for all three implant prosthetic platforms. All three have a 3.5mm occlusal table.

3.5mm

30˚ Angle

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FLAT ONE®


Platform

ISFAN1 ........Flat One® Abutment, Height 1mm, Narrow ISFAN2 ........Flat One® Abutment, Height 2mm, Narrow ISFAN3 ........Flat One® Abutment, Height 3mm, NarrowISAFA ..........Flat One® Abutment, 30˚ Angled, Narrow

Platform

IFA1 .............Flat One® Abutment, Height 1mm IFA2 .............Flat One® Abutment, Height 2mm IFA3 .............Flat One® Abutment, Height 3mm IAFA ............Flat One® Abutment, 30˚ Angled, Narrow

Platform

IFAW1 .........Flat One® Abutment, Height 1mm IFAW2 .........Flat One® Abutment, Height 2mm IAFAW .........Flat One® Abutment, 30˚ Angled, Narrow

& Platforms

IFAN1 ..........Flat One® Abutment, Height 1mm, Narrow IFAN2 ..........Flat One® Abutment, Height 2mm, Narrow IFAN3 ..........Flat One® Abutment, Height 3mm, Narrow

Flat Abutments - For multiplescrew-retained prosthetics:Permits indirect fabrication of full-mouth rehabilitaion or cross-arch splinting cases.

• Effectively resolves challenges to parallelism problems • Pick-Up or Transfer technique can be utilized • Enables indirect impression technique • Ideal for screw-retained bridges and bars

Sq

St Wd

Abutments

Wd

St

ISFAN1 ISFAN2 ISFAN3 ISAFA

IFA1 IFA2 IFA3 IAFA

IFAW1 IFAW2 IAFAW

IFAN1 IFAN2 IFAN3

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FLAT ONE® ABUTMENTIMPRESSION TECHNIQUE

5 6 7 8

9 10 11 12

9:Flat One® Cover Screws are subsequently placed.

10, 11:The laboratory phase begins by placing the Abutment Analogs in the impression and securing them with Long Impression Screws.

12, 13:Stone is then poured.

(Continued on Page 56)

1 2 3 4

1, 2, 3, 4:The abutments are seated to a torque value of 35 Ncs.The case is now finalized and ready for the working impression. Flat One Abutment Impression Copings are selected and secured by Long Impression Screws.

5, 6:Flat One® Abutment Impression Copings are selected andsecured by Long Impression Screws. Note: There are Impression Copings to match each Flat One® Abutment base; 3.5 or 5mmin diameter.

7, 8:An open tray final impression is then taken.

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Abutment System Components

REFERENCE NO. PRODUCT DESCRIPTIONFlat One® Cover ScrewsIFACS .............Flat One® Abutment Cover ScrewIFANCS ..........Flat One® Abutment Cover Screw, NarrowIFAPCS ..........Flat One® Abutment Profi le Cover ScrewIFANPCS ........Flat One® Abutment Profi le Cover Screw, NarrowIFAPCS4 ........Flat One® Abutment Profi le Cover Screw, Height 4.5mmIFANPCS4 ......Flat One® Abutment Profi le Cover Screw, Narrow, Height 4.5mmIFAPCS6 ........EP Flat One® Abutment Profi le Cover Screw, Height 6mmIFANPCS6 ......Flat One® Abutment Profi le Cover Screw, Narrow, Height 6mm

Flat One® CylindersIFAPC .............Flat One® Abutment Plastic Cylinder, w/Retaining ScrewIFANPC ..........Flat One® Abutment Plastic Cylinder, Narrow, w/Retaining ScrewFANSTC .........Flat One® Abut Narrow Short Ti Cylinder + Lab ScrewFASTC ...........Flat One® Abut Short Ti Cylinder + Lab Screw

Flat One® Cylinder AnalogsFANSCBA ......Flat One® Abut Narrow Short Cyl Analog + Castable CylinderFASCBA .........Flat One® Abut Short Cyl Analog + Castable Cylinder

Flat One® Impression ScrewIFALS .............Flat One® Abutment Long Impression Screw

Flat One® TransfersIFANT .............Flat One® Abutment Transfer, Narrow, w/Retaining ScrewIFAT ................Flat One® Abutment Transfer, w/Retaining Screw

Flat One® AnalogsIFAA ...............Flat One® Abutment Analog IFANA .............Flat One® Abutment Analog, Narrow

Flat One® Retaining ScrewIFARS .............Flat One® Abutment SrewIFARS2 ...........Clinical Flat One® Abutment Retaining Screw

IFANCS

IFANPCS

IFANPCS4

IFAPCS

IFAPCS4

IFANT IFAT IFARS IFARS2

IFAPC IFANPC FANSTC FASTC

IFAA IFANA

IFALS

FLAT ONE®

FANSCBA

FASCBA

IFANPCS6IFAPCS6

IFACS

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Prosthetic Systems

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13 14 15 16

17 18 19 20

21 22

14:The master model is generated.

15, 16, 17:FlatOne® Brass Cylinders are positioned onto the FlatOne®

Abutment Analogs. There are two diameters of Brass Cylinders, each matching the Flat Abutment diameters. One standard...which is 5mm in diameter...and one narrow...which is 3.5millimeters in diameter.

18:Plastic Cylinders are positioned onto the Brass Cylinders...

19:...and are secured by FlatOne® Abutment Retaining Screws.

20:The FlatOne® Plastic Cylinders are then shortened to their correct heights.

21:The wax-up is then started and is formed to define the framework of the prosthesis.

22:In order to cast, the entire superstructure is unfastened andcarefully removed.

23, 24:It is then invested and cast in non-precious, chrome cobalt alloy.


23 24

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27 28

29 30 31 32

33

25 26

25:Note that the Titanium Cylinder is slightly smaller than theBrass Cylinder. This creates a space for the composite resin cement.

26:The Titanium Cylinders are cemented with a composite resincement such as “CEKA SITE” from Ceka, or “Ultra-Bond”by Kulzer.

27, 28:Each cylinder is painted with resin cement and inserted into the framework.

29:Once completed, the assembly is then securely fastened back onto the master model using the same Lab Flat One® Abutment Retaining Screws and the composite resin cement isallowed to set.

30:Upon setting; opaque is applied, the teeth are veneered and any cosmetic soft tissue additions are completed. The prosthesis is then fi nalized and is now ready for delivery.

31, 32:The completely passive, simultaneous fi t of the bridge isconfi rmed and the Clinical Retaining Screws are secured with20 Newton Centimeters of torque.A pellet of cotton is then placed over each screw. This is followed by composite resin which is polished upon setting.

33:The occlusion and esthetics are then fi nalized and the caseis completed.

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Prosthetic Retaining Screws

REFERENCE NO. PRODUCT DESCRIPTIONHRS ...........................Retaining Screw HRS2 .........................Clinical Retaining Screw IFARS ........................Flat One® Abutment Retaining ScrewIFARS2 ......................Clinical Flat One® Abutment Retaining Screw

Prosthetic Retaining Screws:Every prosthetic abutment utilizing a retaining screw is supplied with a Retaining Screw (HRS) or a FLAT ONE® Abutment Screw (IFARS). These will continue to be packaged with the abutments as a standard machine surface screw. They can serve as a laboratory screw and clinical try-in screw, if needed.

When the final prosthesis is ready to be delivered, the Clinical Retaining Screw (HRS2) or Clinical Flat Abutment Retaining Screw (IFARS2) can be used. They are supplied in sterile packaging. Torque these Clinical Retaining Screws only ONCE to the recommended value of 30 Ncm.

The Clinical Retaining Screw (HRS2) is characterized by an enhanced microscopic surface refinement rendering a matte black appearance. This proprietary surface structure allows the maximum amount of pre-stress to be applied to these screws when tightening the final restoration. It is an excellent method for avoiding screw loosening and ensuring the ultimate compressive clamping force that holds the components together.

RETAINING SCREWS

HRS HRS2

IFARS IFARS2

Transfer Screw

REFERENCE NO. PRODUCT DESCRIPTIONHLS ...........................Long Impression Screw for IMTIFALS ........................Flat One® Abutment Long Impression Screw

HLS IFALS

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Platform

ISNHSA ..........Solid Straight Abutment

One-Piece Abutments for Cemented Prosthesis

Sq

ONE-PIECE ABUTMENTS

ISNHSA

ISA

ISAG

IMA

IMAG

ILA

ILAG

Len

gth

Len

gth

Len

gth

Len

gth

Len

gth

Len

gth


& Platforms

ILA ..................Solid Abutment, Height 7mmIMA .................Solid Abutment, Height 5.5mmISA ..................Solid Abutment, Height 4mmILAG ...............Solid Abutment, Height 7mm, w/ Groove IMAG ..............Solid Abutment, Height 5.5mm, w/ Groove ISAG ...............Solid Abutment, Height 4mm, w/ Groove

One-Piece Abutments - For cemented prosthesis:Used when implants are in optimal position for fi nalprosthetics. Compatible with Straumann®

and Keystone® 4.6mm platform.

• Impression of the abutment can be taken intra-orally • One analog for each abutment length • Same 1.3mm driver for all Intra-Lock®

components • 35 Ncm recommended torque • Fits both Standard and Wide platforms

St Wd

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Prosthetic Systems

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One-Piece Solid Abutment Analogs


Platform

IAAS ............... ISA Abutment Analog, Height 4mmIAAM .............. IMA Abutment Analog, Height 5.5mmIAAL ............... ILA Abutment Analog, Height 7mmIAASG ............ ISA Abutment Analog, Height 4mm, w/ Groove IAAMG ........... IMA Abutment Analog, Height 5.5mm, w/ GrooveIAALG ............ ILA Abutment Analog, Height 7mm, w/ Groove

Platform

IAASW ........... ISA Abutment Analog, Height 4mm IAAMW ........... IMA Abutment Analog, Height 5.5mmIAALW ............ ILA Abutment Analog, Height 7mmIAASWG ........ ISA Abutment Analog, Height 4mm, w/ GrooveIAAMWG ........ IMA Abutment Analog, Height 5.5mm, w/ Groove IAALWG ......... ILA Abutment Analog, Height 7mm, w/ Groove

One-Piece Solid Abutment Analogs:The Analogs for the Solid Abutments are designed to precisely replicate the Platform (Prosthetic Interface) of theselected implant. Note the Platform on the Analog matches the Platform on the WidePlatform Implant .

Multiple implant bridges do not generallyrequire indexing or an anti-rotationalfeature, however, for cases requiring amachined solid abutment with an index,

(e.g., single tooth replacement) these abutments and matchinganalogs are easy to use. The abutments are placed using the standard ø1.3mm hex driver. The impression is taken with the “snap” impression coping (IPIC). The analog is then snapped into the IPIC, once captured in the impression.

Wd

St

IAASW IAAMW IAALW

IAASWG IAAMWG IAALWG

IAAS IAAM IAAL

IAASG IAAMG IAALG

ONE-PIECE ABUTMENTS

IPICWIPIC IIMAWIIMA Tutor

One-Piece Solid Abutment Impression Copings

REFERENCE NO. PRODUCT DESCRIPTIONIPIC ................Plastic Impression Coping CapIPICW .............Plastic Impression Coping Cap, Wide InterfaceITP ..................Positionar fo IPIC & IPICWIIMA ................ Implant Margin Analog, w/ TutorIIMAW ............ Implant Margin Analog, w/ Tutor ITP

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ONE-PIECE ABUTMENTIMPRESSION PROCEDURES

Option 2: Modifi ed abutment

In some cases, the abutment has to be prepped for occlusal clearance or parallelism.

3

Syringe impression around the abutment and place stock tray over the IPIC.

Pour the impression to generate the working model. Ifnecessary, reinforce the cast with the tutor,(supplied with IIMA).

5

2

Once the area with abutmentis poured, continue pouring the rest of the tray.

6 Reinforced modelwith Tutor in Margin Analog

Snap Plastic Impression CopingCap over implant margin.

The assembly is now ready forImpression.

SNAP!1 35 Ncmof torque

4

Select the matching margin analog (color coded) and snap onto the Plastic Impression Coping captured in theimpression tray.

Select the correct One-Piece Abutment: 4.0mm, 5.5mm or 7.0mm and screw into place.

3

Syringe impression around the abutment and place stock tray over the IPIC.

2

Snap Plastic Impression CopingCap over implant margin.

The assembly is now ready forImpression.

SNAP!1 35 Ncmof torque

Option 1: Non-modifi ed abutment

Titanium analog in master model replicates the abutment + the implant margins.

6

Select the matching abutment analog (color coded) and snap on the Plastic Impression Coping Caps captured in the impression tray.

4

Pour the impression togenerate the working model.

5

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TRY-IN ABUTMENTSTry-In Abutments


Platform

TSSA .........................Try-in Abutment for ISSATSSA3 .......................Try-in Abutment for ISSA3TSSA15 .....................Try-in Abutment for ISSA15

Platform

TAA01 .......................Try-in Abutment for IAA01 TAA02 .......................Try-in Abutment for IAA02TAA03 .......................Try-in Abutment for IAA03TAA15 .......................Try-in Abutment for IAA15TAA25 .......................Try-in Abutment for IAA25

Platform

TAA0W1 ....................Try-in Abutment for IAAOW1 TAA0W2 ....................Try-in Abutment for IAA0W2TAA0W3 ....................Try-in Abutment for IAAOW3TAA15W ....................Try-in Abutment for IAA15WTAA25W ....................Try-in Abutment for IAA25W

Try-In Abutments: • Try-In Abutments accurately replicate the abutment • Assists in determining proper abutment selection • Color-coding matches each interface • One set includes replicas of each of Intra-Lock’s two-piece abutments.

Intra-Lock’s Try-In Abutments replicate the abutment, as positioned in the implant. They assist in determining proper abutment selection, placement and trajectory within the edentulous space. Each Try-in Abutment is color-coded to match each prosthetic interface for easy identifi cation. A set includes a “try-in” replicas of each of Intra-Lock’stwo-piece abutments.

Sq

St

Wd

TSSA3TSSA TSSA15

TAA01 TAA02 TAA03

TAA25TAA15

TAA0W1 TAA0W2 TAA0W3

TAA25WTAA15W

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PROSTHETIC INSTRUMENTS

REFERENCE NO. PRODUCT DESCRIPTIONIB001-12 ...................Prosthetic Organizer Tray IB001-24 ...................Prosthetic Organizer Tray

Designed to hold all the prosthetic components for a clinicalcase during chairside and/or laboratory procedures. It is confi gured to represent the dental arch, and the componentsare set up as in an exploded view and held in their respectivecompartments to avoid any possible mix-up.

Time-saving is extremely valuable.

Disposable molded pastic. Available in 12 or 24 packs.

Prosthetic Organizer Tray

REFERENCE NO. PRODUCT DESCRIPTIONC10T16 .....................Forceps, Straight Titanium

Prosthetic / Surgical Forceps

C10T16

64

ProstheticFlow Charts

65


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Implant Analogs with / without Groove

Impression Coping

Hand Driver

ONE-PIECE SOLID ABUTMENTS:WITH / WITHOUT GROOVE

SU

RG

ICA

LR

ES

TO

RA

TIV

ELA

BO

RA

TO

RY

RES

TO

Temporary Restoration:Abutment with Groove

Abutment with GrooveAbutment without Groove

Healing Abutment

66


www.intra-lock.com

Hand Driver

STRAIGHT & ANGLE ABUTMENT

SU

RG

ICA

LR

ES

TO

RA

TIV

E

Temporary Abutment

Healing Abutment

SU

RG

ICA

LR

ES

TO

RA

TIV

ELA

BO

RA

TO

RY

RES

TO

RA

TIV

E

Straight Abutment Angle Abutment

Straight Abutment Angle Abutment

Impression Post

Implant Analog

67


www.intra-lock.com

CUSTOM ABUTMENT CYLINDERS

Hand Driver

SU

RG

ICA

LR

ES

TO

RA

TIV

ELA

BO

RA

TO

RY

RES

TO

Healing Abutment

Unitary Cylinder Multiple Cylinder

Temporary Abutment Impression Post

Implant Analog

Impression Post

68


www.intra-lock.com

O-BALL ABUTMENTS

Hand Driver

SU

RG

ICA

LR

ES

TO

RA

TIV

E

Healing Abutment

Impression Post

Implant Analog

O-Ball Abutment

O-Ball Abutment

SU

RG

ICA

LR

ES

TO

RA

TIV

ELA

BO

RA

TO

RY

RES

TO

RA

TIV

E

69


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LOCATOR® ABUTMENTS

SU

RG

ICA

LR

ES

TO

RA

TIV

E

Healing Abutment

Impression Post

Implant Analog

Locator Abutment

SU

RG

ICA

LR

ES

TO

RA

TIV

ELA

BO

RA

TO

RY

RES

TO

RA

TIV

E

Locator Core Tool

Locator Abutment

70


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FLATONE® IMMEDIATE LOADING

Hand Driver DL16

Straight Abutment Angle Abutment Impression Post

Abutment Cover Screw

FlatOne® Abutment AnalogPlastic & Analog Cylinder

+

Titanium Cylinder

SU

RG

ICA

LR

ES

TO

RA

TIV

ELA

BO

RA

TO

RY

RES

TO

RA

TIV

E

71


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FLATONE® STRAIGHT & ANGLEABUTMENTS DELAY LOADING

Hand Driver DL16

Straight Abutment Angle Abutment Impression Post

Analog Cover Screw

FlatOne® Abutment AnalogPlastic & Analog Cylinder

+

Titanium Cylinder

SU

RG

ICA

LR

ES

TO

RA

TIV

ELA

BO

RA

TO

RY

RES

TO

RA

TIV

E

Healing Abutment

72

Biomaterials

www.intra-lock.com

ReOss® has a multi-pore three-dimensional architecture that creates an environment for new bone growth. The scaffold also provides a hospitable adhesive substrate that serves as a strong physical support for the infusion and growth of bone cells. The entire structure is an intricate, highly interconnected matrix with enhanced hydrophilic properties. Through a patented process utilizing barosynthesis, the biomaterial’s highly porous, synthetic polymer foam is permeated with osteoconductive sub-micron sized particles of HA. ReOss’s bone-like foam scaffold, osteoconductivity, and increased hydrophilic surface provide an environment for the stimulation of bone regeneration.

ReOss® Sub-Micron HA Infused Synthetic Biomaterial

Better Ideas™

SEM Image of ReOss® Biocomposite10,000x Showing Porous Nature

of the PLGA Matrix

ReOss® is indicated for use in filling and/or augmenting intraoral/maxillofacial osseous defects; such as infrabony/intrabony periodontal osseous defects, furcation defects, alveolar ridge osseous defects, tooth extraction sites and in sinus elevation procedures.

Indication

SEM Image of ReOss® Biocomposite300x Showing Internal Structure

of an Individual Granule

Sub-Micron HA Particles canbegin to be seen permeating the

PGLA Matrix at 50,000x. Red highlights are usedhere as visual aid.

73

Biomaterials

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• 100% Synthetic • Osteo Adhesive Topography • Strong 3-D Scaffold • Osteoconductive • Enhanced Hydrophilicity

ReOss® is hydrophilic and configured as a multi-pore three-dimensional scaffold engineered to integrate with the physiochemical state of bone tissue.

Overview of ReOss®: A Resorbable Bone-likeBiocomposite PLGA/HA:Poly (lactic-co-glycolic) acid / Hydroxyapatite

ReOss® is a composite biomaterial comprised of two phases - a PLGA biodegradable polymer and a bioceramic. The polymer provides a structurally stable, porous and biocompatible5,6,7 three-dimensional matrix to which bio-logical fluids can penetrate, and cells can adhere. The HA bioceramic, due to its chemical and structural similarity to the mineral phase of native bone, allows the biocomposite to create a bond with the living host bone.2,11

Sub-Micron-HA ParticlesIn order to improve the bioactivity of the ceramic phase, ReOss® utilizes Sub-Micron-sized particulate Hydroxy-apatite (HA). This particulate size HA shows improved osteointegration and faster degradation times over larger particulate HA, which can impede bone growth because of its slow biodegradation.1,2 Sub-Micron-sized HA also has been reported to augment protein adsorption and cell adhesion, further improving the ability for bone to regenerate.2

Multi-pore Resorbable StructureThe porosity of the polymer matrix of ReOss® also provides an excellent environment to aid in stimulating bone regeneration. Through a patented process involving high-pressure formation of the polymer matrix, ReOss® is replete with both macro and micropores. The micro-poresallow biological fluids and small molecules, which aid in cell growth to perfuse the matrix, enveloping and sustaining the osteogenic cells that attach to the mac-ropores of the scaffolds. As the cells begin to grow and develop, both phases of the biocomposite degrade, leaving behind a stable, natural bone matrix.7,8,9

OsteodynamicsSeveral studies have shown that biodegradable polymer/bioceramic composites can improve bone regeneration as compared with conventional composites by optimizing con-trolled resorption, osteogenesis and osteointegration.1,2,11 By controlling the parameters which determine the character-istics of resorption and osteoinductivity, ReOss® provides a superior vector for the stimulation of new bone growth.

References: 1. Poly (lactide-co-glycolide)/hydroxyapatite composite scaffolds for bone tissue engineering. Kim et al. Biomaterials 27(2006) 1399-1409. 2. A poly (lactide-co-glycolide)/hydroxyapatite composite scaffold with enhanced osteoconductivity. Kim et al. Journal of Biomedical Research Part A Vol 80A Issue 1, pp 206-215. 3. Comparison of Osteogenic Potential Between Apatite-Coated Poly (lactide-co-glycolide)/Hydroxy apatite Particulates and Bio-Oss. Kim et al. Dental Materials Journal 2008; 27(3): 368-375. 4. Peripheral nerve regeneration within an asymmetrically porous PLGA/ Pluronic F127 nerve guide conduit. Oh et al. Biomaterials 29(2008) 1601-1609 5. Sterilization, toxicity, biocompatibility and clinical applications of polylactic acid/polyglycolic acid copolymers. Athanasiou et al. Biomaterials 17 (1996) 93-102 6. In vitro biocompatibility of bioresorbable polymers: poly(L-lactide) and poly(lactide-co-glycolide). A. Ignatius, L. E. Claes Biomaterials, Volume 17, Issue 8, 1996, Pages 831-839 7. Biodegradation and biocompatibility of PLA and PLGA microspheres. James M. Anderson, Matthew S. Shiva Advanced Drug Delivery Reviews Volume 28, Issue 1, 13 October 1997, Pages 5-24 8. Resorbability of bone substitute biomaterials by human osteoclasts. Schilling et al. Biomaterials, Volume 25, Issue 18, Aug 2004, pp 3963-3972. 9. The biodegradation of hydroxyapatite bone graft substitutes in vivo. Rumpel et al. Folia Morphology Volume 65, No 1, pp 43-48 10. Biocompatibility of Scaffold Components and Human Bone Fetal Cells. Montjovent et al. European Cells and Material Vol.5. Suppl. 2,2003 p.79 11. Biodegradable and bioactive porous polymer/inorganic composite scaffolds for bone tissue engineering. Rezwan et al. Biomaterials 27(2006) 3413-3431 12. Physico/Chemical characterization, in vitro and in vivo evaluation of ReOss® and Synthograft particulate grafting materials. Coimbra et al.

Technical Properties

ReOss® Bone Growth Initiator is a high purity biocomposite which is synthesized utilizing a special process involving high pressure formation.

50% Hydroxyapatite (Ca10(PO4)6(OH)2)50% Poly(lactide-co-glycolide)

<50 ppm Heavy Metals

>70 %

Macropores = 15-300 micronsMicropores < 10 microns

800 - 2250 microns

From 6 to 12 Months

Typical Composition

Purity

Porosity

Pore Size

Particle Size

Resorption Time

Ordering Information


RP-1 ............ ReOss® Powder, 0.5cc

RP-3 ............ ReOss® Powder, 1cc

RP-2 ............ ReOss® Putty, 0.5cc

RP-4 ............ ReOss® Putty, 1cc

RG-1 ........... ReOss® Injectable Gel, 0.5cc

RG-2 ........... ReOss® Injectable Gel, 1cc

Barosynthesized BioComposite

Trademark and Patent Information

Intra-Lock®, FLAT ONE®, OSSEAN® and ReOss® are registered trademarks of Intra-Lock®, International, Inc.

Drive-Lock™, In-Dex™, DELFIN™ and SmarTransfer™ trademarks of Intra-Lock®, International, Inc.

Better Ideas™ is a trademark of Intra-Lock®, International, Inc.

Locator® is a registered trademark of Zest Anchors, LLC.

Keystone® is a registered trademark of Keystone Dental

Straumann® is a registered trademark of Straumann AG

The following patents are associated with products within the Intra-Lock System line.

U.S. Patent 7,033,174 and other U.S. & Foreign patents pending



GLOBAL HEADQUARTERS6560 West Rogers Circle, Bldg. 24Boca Raton, Florida 33487 USATel: 877-330-0338www.intra-lock.com • [email protected]

Intra-Lock® and Ossean® are registered trademarksof Intra-Lock International, Inc.

0499 • EC Rep: Intra-Lock System Europa, Spa., I-84100 Salerno©Copyright 2010, Intra-Lock® System International • S4EN-10-14

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