sales guide bizhub pro c6000/c7000 bizhub press...

Sales guide bizhub PRO C6000/C7000 bizhub PRESS C6000/C7000/P Extraordinary imaging for enhanced colour production

Konica Minolta Business Technologies Inc. Japan January 2011

bizhub PRO/PRESS C6000/C7000, production systems

Target Markets for the C7000/C6000

Development background and product concept 4Sales policy 4Positioning (Duty cycle) 5Target users 6

Performance and Features of C7000/C6000: Summary

Features of C7000/C6000 (Summary) 7Comparison with C6501 8Comparison with Xerox 700 11

Performance and Features of C7000/C6000: Details

Image quality 13Up to the next level, with 1,200dpi x 8 bits 17Color stability 18Gloss stability 19Productivity including inline post-processing 20Features adding further reliability 21Controllers available according to needs 23Diverse post-processing options 24Flexibility in Finishing 27

Contents:


Development background and product concept

Target Markets for the C7000/C6000

n Market share (year 2009)

C7000/C6000 is a digital color press offering the highest quality and image stability in light production printing, as well as outstanding system scalability supporting a variety of printing Its exceptional reliability and usability enables maxi-mum operational efficiency This product is the successor to bizhub PRO C6501/C5501, aimed at maintaining KonicaMinolta’s current MIF while also prompting replacement of competitor models, to further reinforce the Konica Minolta’s unparalleled position as the top leader in light production printing

Sales policy

n Key pointTarget: Secure top position in the light production market

n Product Positioning

n Aimed at maintaining top position in the light production marketn Employs technologies used in the top-of-the-line C8000 model to achieve high image quality, stability, and reliabilityn Together with C8000, covers a broad range of customers from light to mid-productionn Supports professional finishers employed in C8000/1200n Performance is competitive against Xerox 700

n Keep current MIF by replacement (bizhub PRO C500 and bizhub PRO C6500)n Attack OEM branded MIF (Oce, IKON).n Develop new customers by offering C7000/C6000 and C8000 to expand overall market share.n Differentiate from other products by using Konica Minolta’s HIKARI controller, which maximizes engine

performance.n Beat the rival model, Xerox 700, by its advantages as production machine.

Confidential

4

Light production printing

(Worldwide)Color printer market share, based on numbers

shipped in calendar year 2009

*8050/c500 :

Approximately 22,000 (’03 to ‘07)

*C6500 Series :

Approximately 25,000 (’06 to ‘09. 3Q)

bizhub PRO/PRESS C7000/C6000 [Sales Guide] Chapter 1 Target Market

Development background and product concept

C7000/C6000 is a digital color press offering the highest quality and image stability in light

production printing, as well as outstanding system scalability supporting a variety of printing.

Its exceptional reliability and usability enables maximum operational efficiency.

This product is the successor to bizhub PRO C6501/C5501, aimed at maintaining Konica

Minolta’s current MIF while also prompting replacement of competitor models, to further

reinforce the Konica Minolta’s unparalleled position as the top leader in light production

printing.

・Aimed at maintaining top position in the light production market

・Employs technologies used in the top-of-the-line C8000 model

to achieve high image quality, stability, and reliability

・Together with C8000, covers a broad range of customers from

light to mid-production

・Supports professional finishers employed in C8000/1200

・Performance is competitive against Xerox 700

Konica Minolta

Company A

Company B

Company C

Others

Others

Konica MinoltaA

B C

Market share (year 2009)

Product Positioning

Confidential

Positioning (Duty cycle)

Key point

6

Propose an optimum system depending on Print Volume.

InfoTrends places C7000/C6000 in the light production printing market, together with Xerox 700, in

their market segmentation based on duty cycle (maximum monthly print volume).


Average monthly print volume of light/mid-production machines

by region (2009)

Light/mid-production color digital printers

Source: InfoTrends

Source: InfoTrends

Duty Cycle Output Speed Vendor Model

Mid-Production 301K to 999K

45-69 ppmCanon ImagePress C6000

Fuji Xerox DocuColor 5000 Digital Press

70-90 ppm

Canon ImagePress C7000VP

Konica Minolta bizhub PRESS C8000

Fuji Xerox

DocuColor 7000 Digital Press


DocuColor 8000AP Digital Press

RicohPro C900

Pro C900S

Light Production 101K to 300K

45-69 ppm

Canon ImageRUNNER ADVANCE C9065 PRO

Konica Minolta

bizhub PRO C8050/C500

bizhub PRO C5501

bizhub PRO C6501/C6501P

bizhub PRO/PRESS C6000

70-90 ppm


Konica Minolta bizhub PRO/PRESS C7000

Fuji Xerox 700 Digital Color Press

Average Monthly Print Volume

Duty Cycle Japan United States Western Europe

Mid-Production 301K to 999K 85,000 130,000 100,000

Light Production 101K to 300K 36,000 43,000 33,000

Average monthly print volume in Japan, the United States and Europe in the light production market

in 2009 was between 30,000 and 50,000 pages. This should be the standard print volume for selling

C7000/C6000. For customers with higher print volume, offer C8000, a mid-production machine.

Confidential

Sales policy

Key point

5

Target: Secure top position in the light production market


Keep current MIF by replacement

(bizhub PRO C500 and bizhub PRO C6500)

Attack OEM branded MIF (Oce, IKON).

Develop new customers by offering C7000/C6000 and C8000

to expand overall market share.

Differentiate from other products by using Konica Minolta’s HIKARI

controller, which maximizes engine performance.

Beat the rival model, Xerox 700, by its advantages as

production machine.

bizhubbizhub PRO/PRESS PRO/PRESS

C7000/C6000C7000/C6000

Konica Minolta

Embedded RIP controller

HIKARI

Light production market


n Key pointPropose an optimum system depending on Print Volume.

n Light/mid-production color digital printers

InfoTrends places C7000/6000 in the light production printing market, together with Xerox 700, in their market segmentation based on duty cycle (maximum monthly print volume)

n Average monthly print volume of light/mid-production machines by region (2009)

Average monthly print volume in Japan, the United States and Europe in the light production market in 2009 was between 30,000 and 50,000 pages This should be the standard print volume for selling C7000/C6000 For customers with higher print volume, offer C8000, a mid-production machine

Confidential


Key point

6

Propose an optimum system depending on Print Volume.

InfoTrends places C7000/C6000 in the light production printing market, together with Xerox 700, in

their market segmentation based on duty cycle (maximum monthly print volume).


Average monthly print volume of light/mid-production machines

by region (2009)

Light/mid-production color digital printers

Source: InfoTrends

Source: InfoTrends

Duty Cycle Output Speed Vendor Model

Mid-Production 301K to 999K

45-69 ppmCanon ImagePress C6000

Fuji Xerox DocuColor 5000 Digital Press

70-90 ppm

Canon ImagePress C7000VP

Konica Minolta bizhub PRESS C8000

Fuji Xerox



DocuColor 8000AP Digital Press

RicohPro C900

Pro C900S

Light Production 101K to 300K

45-69 ppm


Konica Minolta

bizhub PRO C8050/C500

bizhub PRO C5501

bizhub PRO C6501/C6501P

bizhub PRO/PRESS C6000

70-90 ppm


Konica Minolta bizhub PRO/PRESS C7000

Fuji Xerox 700 Digital Color Press

Average Monthly Print Volume

Duty Cycle Japan United States Western Europe

Mid-Production 301K to 999K 85,000 130,000 100,000

Light Production 101K to 300K 36,000 43,000 33,000

Average monthly print volume in Japan, the United States and Europe in the light production market

in 2009 was between 30,000 and 50,000 pages. This should be the standard print volume for selling

C7000/C6000. For customers with higher print volume, offer C8000, a mid-production machine.


n 1. Retain customers of current modelsPropose the new model just in time (ex. lease contract end) to replace current models to ensure customer retention.Target models for replacement: 8050/C500/C6500/C5500/C6501/C5501

n 2. Replacement of competitor MIF Propose the new model just in time (ex. lease contract end) to replace competitor models. Emphasize the key features of C7000/C6000 (high image quality, stability,and reliability).Target models for replacement: Xerox DC250/DC252/DC260, DC5000/DC6060, Canon CLC, etc

n 3. Introduce new customers to digital printingPropose digital printing business to offset printing companies, design companies, advertising agencies, and prepress houses who have not started digital yet.Offer C7000/C6000, a production machine with reasonable initial cost, which can deliver performance that can satisfy professional customers.* It is important to offer a support package that includes training and thirdparty solutions (Example: VDP, offline finisher, CMS)

Targets, arranged around models used

VDPVariable Data Printing Printing where part of the printed content such as addresses and names are changed while printing

Offline finisherPost-processing machine physically detached from the printer Offering a packaged proposal including post-processing machines such as paper cutter and laminator can increase added value

CMSColor Management System

C6500

Xerox DC250 Canon CLC5100

Terminology

Confidential

1. Retain customers of current models Propose the new model just in time (ex. lease contract end) to

replace current models to ensure customer retention. Target models for replacement: 8050/C500/C6500/C5500/C6501/C5501

Target users

7


C6500

Xerox DC250

2. Replacement of competitor MIF Propose the new model just in time (ex. lease contract end) to replace competitor

models. Emphasize the key features of C7000/C6000 (high image quality, stability,

and reliability). Target models for replacement: Xerox DC250/DC252/DC260, DC5000/DC6060, Canon CLC, etc.

3. Introduce new customers to digital printing Propose digital printing business to offset printing companies, design

companies, advertising agencies, and prepress houses who have not

started digital yet.

Offer C7000/C6000, a production machine with reasonable initial cost, which

can deliver performance that can satisfy professional customers.

　 * It is important to offer a support package that includes training and third-

party solutions. (Example: VDP, offline finisher, CMS)

10,000 20,000 30,000 40,000 50,000 60,000 70,000 80,000 90,000 100,000

C8000

C7000/C6000 Target average MPV: around 30,000 (C6000) to 55,000 (C7000)

Over 70% of printing in color

* MPV: Monthly Print Volume

Canon CLC5100

Terminology

VDP

Variable Data Printing. Printing where part of the printed content such as addresses and names are changed while printing.

Offline finisher

Post-processing machine physically detached from the printer. Offering a packaged proposal including post-processing machines

such as paper cutter and laminator can increase added value.

CMS

Color Management System.

Confidential



Target users

7


C6500

Xerox DC250











10,000 20,000 30,000 40,000 50,000 60,000 70,000 80,000 90,000 100,000

C8000




Canon CLC5100

Terminology

VDP


Offline finisher



CMS


Confidential



Target users

7


C6500

Xerox DC250











10,000 20,000 30,000 40,000 50,000 60,000 70,000 80,000 90,000 100,000

C8000




Canon CLC5100

Terminology

VDP


Offline finisher



CMS


Confidential



Target users

7


C6500

Xerox DC250











10,000 20,000 30,000 40,000 50,000 60,000 70,000 80,000 90,000 100,000

C8000




Canon CLC5100

Terminology

VDP


Offline finisher



CMS


bitThe number of bit determines the number of tonal gradations that can be expressed in one dot 1 bit gives two gradations (black and white), 4 bits give 16, and 18 bits give 256 gradations With 256 gradations, it is possible to express a maximum of 256 colors

Terminology

Performance and Features of C7000/C6000: Summaryn Comparison with C6501n Comparison with Xerox 700

Features of C7000/C6000 (Summary)

n Key pointMeet high requirements of the light production market

Image stabilityn Constant high image quality from the first page to the 5,000th pagen The IDC (Image Density Control) sensor achieves real-time color density adjustmentn New Color Density Control ensures high image consistency by reproducing the density characteristics of diverse paper

types (optional)n Stable color calibration across a print surface with an improved Density Balance Adjustment function

High quality which is close to offset printingn High resolution of full-color 1,200dpi x 1,200dpin 1,200dpi °— 8 bit data processingn High precision front-to-back registrationn Simitri HD High Definition Polymerized Toner

Scalability and reliability that can meet diverse needsn A wide range of inline finishers reduce human error and help lower labor costsn (Punching, multi-hole punching, folding, side stitching, center stitching/binding, case work)n Flexible system configuration can be selected according to the customer’s business needsn High-speed printing—C7000: 71 ppm (A4) and C6000: 60 ppm (A4)n Components with higher durability and consumables with longer life decrease downtime (when compared with the cur-

rent C6501 model)

Reliable paper feed ensures stable operationn Newly-developed air-blow separation mechanismn Hybrid de-curl mechanism greatly reduces paper curl (optional)n Humidifying de-curl mechanism removes static electricity and excessive heat, and enables high-precision output align-

ment (optional)n Excellent paper compatibility supports thick paper of 300gsm


Comparison with C6501 (1)

n Key pointSeveral new technologies and functions are added to improve print quality and color stability.

Confidential


Key point

10

Several new technologies and functions are added to

improve print quality and color stability.

Software resolution

Hardware resolution

1200dpi x 8bit 600dpi x 8bit

1200 x 1200dpi 600 x 600dpi

TonerSimitri HD Simitri HD

Image processing technologyS.E.A.D. II S.E.A.D.

FM screeningSupported Not supported

Density control (IDC)Better performance Yes

Automatic gradation correctionOptionally supported (RU-509) Not supported

Density balance adjustmentAutomatic adjustment Manual adjustment

Image stabilityImproved --

Thick paper

C7000/C6000 C6501

Imag

e q

uality

Pap

er c

om

patib

ility

Maximum 300gsm Maximum 300gsm

Thick paper (automatic double-sided printing)Maximum 300gsm Maximum 256gsm

VS.

Maximum paper supply capacity7,500 sheets 7,500 sheets

Thin paperAbove 64gsm

(Coated thin paper 80gsm)Above 64gsm

(Coated thin paper 80gsm)

Paper catalogueBetter performance Possible

Mechanical de-curler (built-in)Supported Supported

RU mechanical de-curlerBetter performance Yes

Humidifying de-curlerOptionally supported (HM-102) Not supported

Air-blow separation mechanismSupported Not supported

Pro

du

ctiv

ity

Maximum print speed (A4/PPM)

Print speed (106 to 135gsm)

71/60 65

65/54 45

Print speed (136 to 209gsm)51/45 45

Print speed (210 to 300gsm)35/30 32.5 (up to 256gsm)

bizhub PRO/PRESS C7000/C6000 [Sales Guide] Chapter 2 Performance/Features Summary


n Key pointLonger parts/consumable life contributes to reduce service cost.

Confidential


Key point

11

Longer parts/consumable life contributes to reduce

service cost.

Resolution1200dpi - 8beam 600dpi – 2beam

Prin

tH

ea

d

Duty cycle/Month330,000/280,000 pages 300,000 pages

Du

rab

ility Equipment life6,000,000 pages 6,000,000 pages

Drum life220,000/180,000 pages 200,000 pages

Developer life 200,000 pagesCo

nsu

mab

les

Toner (K)41,500 pages 38,500 pages

340,000/300,000 pages

Toner (C)31,000 pages 26,000 pages

Toner (M)31,000 pages 26,000 pages

Toner (Y)31,000 pages 26,000 pages

LCD panel size15 inch 12 inch

Control panel power ON during engine power OFFSupported Not supported

Voice guidanceSupported Not supported

Op

era

tion

C7000/C6000 C6501

VS.

Workflow management at the control panel (IC-601)Supported Not supported




n HIGH LIGHT

Confidential


12

vs. C6501　Superior in 2:


vs. C6501　Superior in 1: For details, go to page 21

Print quality

Color stability

Productivity when printing on thick paper

For details, go to page 16

Color stability has significantly improved thanks to

optimized development process control as well as color

density control using the IDC sensor. The paper density

sensor on RU-509 enables automatic calibration. These

have further boosted reliability, crucial in production

machines.

In addition to improved gradation processing and support

for FM screening, print resolution has also increased from

600 600dpi to 1,200 1,200dpi. Both text and images have

even better print quality, another step closer to offset

printing.

C7000/C6000 also has improved productivity.

In particular, the print speed for thick paper of

106 to 209gsm is significantly higher than C6501.

It also delivers better performance with automatic

double-sided printing of thick paper, offering both

productivity and flexibility.

Intermediate

transfer belt

Belt

movement

Photo-

receptor

Paper movement

Belt

movement

Secondary

transfer roller

IDC sensor

Patch

C7000 C6501

Print speed

(106 to 135gsm)65ppm/54ppm 45ppm

Print speed


Thick paper

(Automatic double-

sided printing)

Maximum

300gsm

Maximum

256gsm

C7000/C6000 C6501


HIGH LIGHT

Confidential


12



vs. C6501　Superior in 1: For details, go to page 21

Print quality

Color stability

Productivity when printing on thick paper

For details, go to page 16

Color stability has significantly improved thanks to

optimized development process control as well as color

density control using the IDC sensor. The paper density

sensor on RU-509 enables automatic calibration. These

have further boosted reliability, crucial in production

machines.

In addition to improved gradation processing and support

for FM screening, print resolution has also increased from

600 600dpi to 1,200 1,200dpi. Both text and images have

even better print quality, another step closer to offset

printing.

C7000/C6000 also has improved productivity.

In particular, the print speed for thick paper of

106 to 209gsm is significantly higher than C6501.

It also delivers better performance with automatic

double-sided printing of thick paper, offering both

productivity and flexibility.

Intermediate

transfer belt

Belt

movement

Photo-

receptor

Paper movement

Belt

movement

Secondary

transfer roller

IDC sensor

Patch

C7000 C6501

Print speed


Print speed


Thick paper

(Automatic double-

sided printing)

Maximum

300gsm

Maximum

256gsm

C7000/C6000 C6501


HIGH LIGHT

vs. C6501 Superior in 1: Color stability For details, go to page 18

Color stability has significantly improved thanks to optimized development process control as well as color density control using the IDC sensor The paper density sensor on RU-509 enables automatic calibration These have further boosted reliability, crucial in production machines

vs. C6501 Superior in 2: Print quality For details, go to page 13

In addition to improved gradation processing and support for FM screening, print resolution has also increased from 600 — 600 dpi to 1,200 — 1,200 dpi Both text and images have even better print quality, another step closer to offset printing

vs. C6501 Superior in 3: Productivity when printing on thick paper

C7000/C6000 also has improved productivity In par-ticular, the print speed for thick paper of 106 to 209 gsm is significantly higher than C6501 It also delivers better performance with automatic double-sided printing of thick paper, offering both productivity and flexibility

C7000/C6000 C6501

65/54 ppm Print speed (106 to 135 gsm)

45 ppm

51/45 ppm Print speed (136 to 209 gsm)

45 ppm

Maximum 300 gsm

Thick paper (Automatic double-sided printing)

Maximum 256 gsm

C7000 C6501

Comparison with Xerox 700 (1)

n Key pointThe main rival model to C7000/C6000 is Xerox 700. Be sure to fully understand the advantages.

Confidential


Key point

13

The main rival model to C7000/C6000 is Xerox 700.

Be sure to fully understand the advantages.

C7000/6000

VS.

Xerox 700

Tone stability

Color gamut/Image quality

Nearly equivalent Nearly equivalent

Gloss stability (uneven gloss)Significantly superior Inferior

Character reproductionSuperior Inferior (especially white characters

on color background)Productivity of continuous

printing (single side/double sides)

Productivity of inline punching

Productivity of inline stapling

Nearly equivalent Nearly equivalent

Superior Somewhat inferior

Significantly superior Significantly inferior

Superior Inferior

Productivity of inline center stitching(mixed jobs)

Superior Inferior

Software resolution

Hardware resolution

1200dpi x 8bit CMY 600dpi x 8bit, K 1200dpi x 1bit

Thick paper300gsm 300gsm

Thick paper (automatic double-sided printing)300gsm 220gsm

Automatic gradation correction

Humidifying de-curler

1200dpi 2400dpi

Optionally supported Not supported

Optionally supported Not supported



Confidential

14


For details, go to page 16Text qualityvs. Xerox 700　Superior in 1:

Thinning and smoothing processes allow detailed and

smooth character reproduction. Data processing in printer

also provides high resolution of 1,200dpi 8bit. The beauty

of text quality is particularly apparent when compared with

the rival model Xerox 700.

C7000 Xerox 700

For details, go to page 23Productivity(including inline post-processing)

vs. Xerox 700　Superior in 2:

For production customers, actual productivity

is not simply measured in terms of engine

speed, but encompasses everything up to

Inline finishing. C7000/C6000 is far ahead of

Xerox 700 in this aspect.

For details, go to page 22vs. Xerox 700　Superior in 3:

Fuser delivers great advantage

Gloss stability

Xerox 700 employs a small fuser which has the same

mechanism as general office printers. This is why its fusing

temperature tends to be unstable, and it causes unstable

gloss problems . On the other hand, C7000/C6000 is

equipped with a large fuser for professional use, ensuring

a stable gloss finish.


Productivity

higher by 50%!

Fusing belt Fusing unit

Paper

HIGH LIGHT

Confidential

14








C7000 Xerox 700










Gloss stability








Productivity

higher by 50%!


Paper

HIGH LIGHT

Confidential

14








C7000 Xerox 700










Gloss stability








Productivity

higher by 50%!


Paper

HIGH LIGHTComparison with Xerox 700 (2)

n HIGH LIGHT

vs. Xerox 700 Superior in 1: Text quality For details, go to page 13

Thinning and smoothing processes allow detailed and smooth character reproduction Data processing in printer also provides high resolution of 1,200 dpi —8bit The beauty of text quality is particularly apparent when compared with the rival model Xerox 700

vs. Xerox 700 Superior in 2: Productivity (including inline post-processing) For details, go to page 20

For production customers, actual productivity is not simply measured in terms of engine speed, but encompasses everything up to Inline finishing C7000/C6000 is far ahead of Xerox 700 in this aspect

vs. Xerox 700 Superior in 3: Gloss stability Fuser delivers great advantage For details, go to page 19

Xerox 700 employs a small fuser which has the same mechanism as general office printers This is why its fusing temperature tends to be unstable, and it causes unstable gloss problems On the other hand, C7000/C6000 is equipped with a large fuser for pro-fessional use, ensuring a stable gloss finish

C7000 Xerox 700

Confidential

Image quality (1) Text quality

Key point

Outline processing produces cleaner text than rival models!

Outline processing is optimized for reproducing high resolution characters at 1,200dpi.

Letter thinning processing, white character enhancement, contour enhancement, and the cutting-edge

image processing technology, S.E.A.D.II, enable high-quality character reproduction.

Letter thinning processingThe size of dots on the outlines of solid characters and

lines are reduced to make them thinner.

White character enhancementThe size of dots on the outlines of background areas

around reversed characters are reduced to make the

reversed characters bolder.

Contour enhancementThe edges of dithered characters are

enhanced to reduce jaggies.

No processing After processing

16

◎The accuracy of the internal company measurement data above is not

guaranteed, and it should be treated as reference data.

Font: Ryumin L-KL 6 point

BLACK REDWhite text on black

background

As the construction of devices becomes more complex, an image processing technology with a higher

level of accuracy is indispensible for improving image quality. To fully optimize the characteristics of the

engine and maintain a high-quality image processing environment, the image processing system must

work in close contact with individual technological processes such as the imaging and developmentsystems. Thus, the cutting-edge image processing technology S.E.A.D. was developed for bizhub

PRESS.

Cutting-edge image processing technology behind the high quality

S.E.A.D. (Screen-Enhancing Active Digital Processing)

C7000

C6501

Xerox

700

Offset

printing

Closest to

offset printing

bizhub PRO/PRESS C7000/C6000 [Sales Guide] Chapter 3 Performance/Features DetailsPerformance and Features of C7000/C6000: DetailsImage quality (1) Text quality

n Key pointOutline processing produces cleaner text than rival models!Outline processing is optimized for reproducing high resolution characters at 1,200dpi Letter thinning processing, white character enhancement, contour enhancement, and the cutting-edgeimage processing technology, S E A D II, enable high-quality character reproduction

As the construction of devices becomes more complex, an image processing technology with a higher level of accuracy is indispensible for improving image quality To fully optimize the char-acteristics of the engine and maintain a high-quality image processing environment, the image processing system must work in close contact with individual technological processes such as the imaging and development systems Thus, the cutting-edge image processing technology S E A D II was developed for bizhub PRESS

Cutting-edge image processing technology behind the high qualityS.E.A.D. II (Screen-Enhancing Active Digital Processing)


Image quality (2) ITbit Technology 1

n [1] Dot Position Control (DPC)The bizhub PRO/PRESS C7000/C6000 can control the printing of dots in three drawing patterns (from the left, center or right), according to the relationship of each dot to its neighbors and the dot generation pattern That achieves an effec-tive resolution equivalent to 3,600 dpi (1,200 dpi x3) It produces smoother edge reproduction on the delicate edges of fine lines and text, as well as reproducing natural gradations

n [2] Multi-bit screeningThe bizhub PRO/PRESS C7000/C6000 uses an 8-bit screening process (multiple gradations within one dot) Screen processing can be controlled with a resolution of 1/256 of a dot in the main scanning direction, enabling more detailed gradation expression

Confidential

17

[1] Dot Position Control (DPC)The bizhub PRO/PRESS C7000/C6000 can control the printing of dots in three drawing patterns

(from the left, center or right), according to the relationship of each dot to its neighbors and the dot

generation pattern. That achieves an effective resolution equivalent to 3,600 dpi (1,200 dpi x3). It

produces smoother edge reproduction on the delicate edges of fine lines and text, as well as

reproducing natural gradations.

[2] Multi-bit screeningThe bizhub PRO/PRESS C7000/C6000 uses an 8-bit screening process (multiple gradations within

one dot). Screen processing can be controlled with a resolution of 1/256 of a dot in the main

scanning direction, enabling more detailed gradation expression.

Three image plotting patterns

1.

1. From the left 2. From the center 3. From the right1,200dpi

C7000/C60003.

2.

Key point

Dot marking is controlled in three plotting patterns per dot, according to the

adjacent dots.

Achieves a resolution of 3,600dpi equivalent x 1,200dpi

One side of a dot

(approximately 20 microns)

One side of a dot (approximately 40 microns)

Illustration of gradation expression

by the C6501: 600dpi (4bit)

Illustration of 2,400dpi (1bit)

gradation expression


by the C7000/C6000: 1,200dpi (8bit)

256 gradations

Ideal line of gradation expression

Illustration of the tonal gradations that can be expressed in one dot

One side of a dot

(approximately

10 microns)）

Key point

At 8 bits, control is possible at

up to 256 gradations per dot

Far superior to the

competition


bizhub PRO/PRESS C7000/C6000 [Sales Guide] Chapter 3 Performance/Features Details

Confidential

17










1.


C7000/C60003.

2.

Key point


adjacent dots.


One side of a dot








by the C7000/C6000: 1,200dpi (8bit)

256 gradations



One side of a dot

(approximately

10 microns)）

Key point



Far superior to the

competition




n Explanation - Image formation using multi-bitGeneration of dots by a multi-dot screen draws stable halftone with form close to the original

n Explanation – Comparison of gradation expression between 2,400 dpi x 1 bit and 1,200 dpi x 8 bits1,200dpi x 8 bits enables detailed gradation expression with 256 tones, but when the same data is expressed at 2,400dpi x 1 bit, the expression is coarse, with only five tones within the same size (4 dots)

Confidential

17










1.


C7000/C60003.

2.

Key point


adjacent dots.


One side of a dot








by the C7000/C6000: 1,200dpi (8bit)

256 gradations



One side of a dot

(approximately

10 microns)）

Key point



Far superior to the

competition



Confidential

18

Explanation - Image formation using multi-bitGeneration of dots by a multi-dot screen draws stable halftone with form close to the original.

Illustration of dot generation with a multibit screening

8-bit With DPC8-bit Without DPC

DPC can only draw in one-

dot units.

Can draw finer than one dot.

Takes the positional

relationship with adjacent

dots into account and draws

the image in suitable areas.

1-bit

Can draw in units of less than

one dot, but cannot adjust the

positional relationships

between adjacent dots.

Multibit screening

(With DPC)

Multibit screening

(Without DPC)

1bit dither Original dot

Explanation - Comparison of gradation expression between 2,400dpi x 1 bit

and 1,200dpi x 8 bits1,200dpi x 8 bits enables detailed gradation expression with 256 tones, but when the same data

is expressed at 2,400dpi x 1 bit, the expression is coarse, with only five tones within the same

size (4 dots).

Expression of gradations at 2,400dpi 1 bit and 1,200dpi 8 bits

10 microns

2,400dpi (1bit) x 4 dots

20 microns

1,200dpi (8bit) 1 dot

When the data

Is expressed at

2,400dpi (1bit)1 dot

20 microns

C7000/C6000 has a

major advantage in

gradations per unit

area



Confidential

18

Explanation - Image formation using multi-bitGeneration of dots by a multi-dot screen draws stable halftone with form close to the original.

Illustration of dot generation with a multibit screening

8-bit With DPC8-bit Without DPC

DPC can only draw in one-

dot units.

Can draw finer than one dot.

Takes the positional

relationship with adjacent

dots into account and draws

the image in suitable areas.

1-bit

Can draw in units of less than

one dot, but cannot adjust the

positional relationships

between adjacent dots.

Multibit screening

(With DPC)

Multibit screening

(Without DPC)

1bit dither Original dot

Explanation - Comparison of gradation expression between 2,400dpi x 1 bit

and 1,200dpi x 8 bits1,200dpi x 8 bits enables detailed gradation expression with 256 tones, but when the same data

is expressed at 2,400dpi x 1 bit, the expression is coarse, with only five tones within the same

size (4 dots).

Expression of gradations at 2,400dpi 1 bit and 1,200dpi 8 bits

10 microns

2,400dpi (1bit) x 4 dots

20 microns

1,200dpi (8bit) 1 dot

When the data

Is expressed at

2,400dpi (1bit)1 dot

20 microns

C7000/C6000 has a

major advantage in

gradations per unit

area




Image quality (3) Comparison with Xerox technology

n Hardware resolution

The results of 2,400 dpi by XeroxXerox claims the following three advantages for their 2,400 dpi

(1) Reduce jaggies in diagonal lines and text(2) Prevent tone jumping by creating optimum screenings(3) Correct color registration with high accuracy by image processing

However, in skin smoothness in a photographic image, which is commonly considered as an indicator of image quality, the hardware resolution of 2,400 dpi is certainly not an advantage Also, even if the hardware resolution is 2,400 dpi, they explain that the laser layout is 2,400 dpi, with overlapping expo-sure The laser beam diameter is not actually 2,400 dpi = 10 6 μm, but rather fatter

Spot diameterThe aperture diameter of the laser emitted in the user unit In most digital printers, the spot diameter is larger than the print resolution, so the print resolution reflects the fineness of superposition between spots

Tone jumpThis is the phenomenon in which, when gradations and other intermediate tones are expressed, there is a sudden change of color in an area where changes should be smooth and gradual At a certain density, halftone dots on the plate may move suddenly closer together, causing this problem

JaggiesJagged lines produced by dots which make up the image Caused by insufficient printing resolution

Terminology

Confidential

Terminology

Hardware resolution

The results of 2,400dpi by XeroxXerox claims the following three advantages for their 2,400dpi.

(1) Reduce jaggies in diagonal lines and text

(2) Prevent tone jumping by creating optimum screenings

(3) Correct color registration with high accuracy by image processing

However, in skin smoothness in a photographic image, which is commonly considered as an indicator of image

quality, the hardware resolution of 2,400dpi is certainly not an advantage.

Also, even if the hardware resolution is 2,400dpi, they explain that the laser layout is 2,400dpi, with overlapping

exposure. The laser beam diameter is not actually 2,400dpi = 10.6μm, but rather fatter.

Spot diameter

The aperture diameter of the laser emitted in the user unit. In most digital printers, the spot diameter is larger than the print

resolution, so the print resolution reflects the fineness of superposition between spots.

Tone jump

This is the phenomenon in which, when gradations and other intermediate tones are expressed, there is a sudden change of color in

an area where changes should be smooth and gradual. At a certain density, halftone dots on the plate may move suddenly closer

together, causing this problem.

19

◎The accuracy of internal company measurement data is not

guaranteed, and it should be treated as reference data.

10.6μm

Actual spot diameter

2400dpi

by Xerox

Image quality (3) Comparison with Xerox technology


Jaggies

Jagged lines produced by dots which make up the image. Caused by insufficient printing resolution.

In practice, overlapping

exposure is used to maintain

the level of 2,400dpi (10.6um

per dot).

But the spot diameter is

bigger than 10.6um, so REAL

2,400dpi drawing is not

possible.

Up to the next level, with 1,200 dpi x 8 bits

n Key pointReal 1,200 dpi processing, from data processing to image writing

n Software resolution

There are two attributes for comparing print quality One is software resolution (process resolution of print data process-ing) and the other is hardware resolution (physical resolution of writing unit) The C7000/C6000 uses both 1,200 dpi and equals or surpasses the performance of rival machines

Confidential

Up to the next level, with 1,200dpi x 8 bits

Key point

Real 1,200dpi processing, from data processing to image writing

There are two attributes for comparing print quality. One is software resolution (process resolution of print

data processing) and the other is hardware resolution (physical resolution of writing unit).

The C7000/C6000 uses both 1200dpi and equals or surpasses the performance of rival machines.

Software resolution

RIP data1,200dpi 8bit

C7000/C6000 Xerox

K100%dots

Not K100%

1200dpi 1bit 600dpi 8bit+ tag

information

To the engine side (2400dpi)RIP at 1,200dpi 8bit and divide between K100%

dots and others. They are converted to 1,200dpix1bit

and 600dpix8bit, synthesized together and sent to the

engine.

We have invented a new compression and restoration

algorithm that can almost perfectly reproduce text and

images at 1,200dpi in full color. The system is equipped

with a compression circuit on the controller side, and a

restoration circuit on the engine side. Text and images

are almost completely restored to 1,200dpi in full color.

Engine side (1200dpi)

Data compression

Data restoration

　Side effects of the K100% 1,200dpi mode used by Xerox

　Portions that are not K100% are converted from 1,200dpi x8bit

to 600dpi x8bit. The image is degraded in the conversion

process, and the loss of image quality relative to the 600dpi mode is a clear side effect.

20

◎The accuracy of internal company measurement data on the right is

not guaranteed, and it should be treated as reference data.

KM C7000/C6000 Xerox

Software resolution CMYK: 1200dpi 8bitCMY: 600dpi

K: 1200dpi

Hardware resolution 1200dpi 2400dpi

In fact, the data is

sampled down to 600dpi

at the software stage!


Image data is processed at

1,200dpi x 8bit throughout.

That is why image quality is so good!

Thickening

of text

The line width of

thin lines at 45°

is not uniform

600dpi image 1,200 600 dpi image

Confidential


Key point





Software resolution


C7000/C6000 Xerox

K100%dots

Not K100%


information




engine.








Data compression

Data restoration





20





K: 1200dpi









Thickening

of text

The line width of

thin lines at 45°

is not uniform


We have invented a new compression and restora-tion algorithm that can almost perfectly reproduce text and images at 1,200 dpi in full color The system is equipped with a compression circuit on the controller side, and a restoration circuit on the engine side Text and images are almost completely restored to 1,200 dpi in full color

RIP at 1,200 dpi —8 bit and divide between K100% dots and others They are converted to 1,200 dpi x 1 bit and 600 dpi x 8 bit, synthesized together and sent to the engine

n The accuracy of internal company measurement data on the right is not guaranteed, and it should be treated as reference data

Side effects of the K100% 1,200 dpi mode used by XeroxPortions that are not K100% are converted from 1,200 dpi x 8 bit to 600 dpi x 8 bit The image is degraded in the conversion process, and the loss of image quality relative to the 600 dpi mode is a clear side effect

Confidential


Key point





Software resolution


C7000/C6000 Xerox

K100%dots

Not K100%


information




engine.








Data compression

Data restoration





20





K: 1200dpi









Thickening

of text

The line width of

thin lines at 45°

is not uniform



Color stability

n Key pointThe C7000/C6000 delivers constant color, from the first page to the last, with automatic density adjustment.

n Density adjustment using the IDC (Image Density Control) sensorCMYK color patches for density correction and a patch for dot size correction are created on the intermediate transfer belt The IDC sensor measures their color, and obtains density correction information from the meas-urement to send feedback, thus allowing densityadjustment according to any changes in printercondition This ensures constant high image quality

n Color density is adjusted by a newly-developed output paper density sensor *The sensor in RU-509 reads the output chart and sends feedback to the engine This allows gradation correction to be easily done without a colorimeter Because calibration can be done automatically, it reduces workload on the operator (*Requires RU-509)

Other features achieved by color density adjustment: n Gradation expression is matched to the

characteristics of the output paper • Surface texture of the output paper – Smooth gradation at maximum density • Gradations can be adapted between different paper types

n High uniformity • Variation factors are avoided in the secondary transfer and fixing stages

PatchData such as command information for switching automatically to a certain operation, update information or paper with such information written in barcode form

CalibrationTo adjust the printer colors to the standard state This is generally done manually, using a colorimeter

Terminology

Confidential

Color stability

Key point

The C7000/C6000 delivers constant color, from the first

page to the last, with automatic density adjustment.

CMYK color patches for density correction and a patch

for dot size correction are created on the intermediate

transfer belt. The IDC sensor measures their color,

and obtains density correction information from the

measurement to send feedback, thus allowing density

adjustment according to any changes in printer

condition. This ensures constant high image quality.

Terminology

Patch

Data such as command information for switching automatically to a certain operation, update information or paper with such

information written in barcode form.

21

Density adjustment using the IDC (Image

Density Control) sensor

Other features achieved by color density

adjustment:

Gradation expression is matched to the characteristics of the output paper

◎Surface texture of the output paper

~ Smooth gradation at maximum density

◎Gradations can be adapted between different paper

types

High uniformity◎Variation factors are avoided in the secondary

transfer

and fixing stages

The sensor in RU-509 reads the output chart and sends feedback to the engine. This allows gradation

correction to be easily done without a colorimeter. Because calibration can be done automatically, it

reduces workload on the operator. (*Requires RU-509)

Color density is adjusted by a newly-developed output paper density sensor *

Intermediate

transfer belt

Belt movement

Photo-

receptor

Paper

movement

Belt movement

Secondary transfer

roller

IDC sensor

Patch


Calibration

To adjust the printer colors to the standard state. This is generally done manually, using a colorimeter.

Sensor

Confidential

Color stability

Key point

The C7000/C6000 delivers constant color, from the first

page to the last, with automatic density adjustment.

CMYK color patches for density correction and a patch

for dot size correction are created on the intermediate

transfer belt. The IDC sensor measures their color,

and obtains density correction information from the

measurement to send feedback, thus allowing density

adjustment according to any changes in printer

condition. This ensures constant high image quality.

Terminology

Patch

Data such as command information for switching automatically to a certain operation, update information or paper with such

information written in barcode form.

21

Density adjustment using the IDC (Image

Density Control) sensor

Other features achieved by color density

adjustment:

Gradation expression is matched to the characteristics of the output paper

◎Surface texture of the output paper

~ Smooth gradation at maximum density

◎Gradations can be adapted between different paper

types

High uniformity◎Variation factors are avoided in the secondary

transfer

and fixing stages

The sensor in RU-509 reads the output chart and sends feedback to the engine. This allows gradation

correction to be easily done without a colorimeter. Because calibration can be done automatically, it

reduces workload on the operator. (*Requires RU-509)

Color density is adjusted by a newly-developed output paper density sensor *

Intermediate

transfer belt

Belt movement

Photo-

receptor

Paper

movement

Belt movement

Secondary transfer

roller

IDC sensor

Patch


Calibration

To adjust the printer colors to the standard state. This is generally done manually, using a colorimeter.

Sensor

Gloss stability

n Key pointHighly reliable fusing unit contributes gloss stability.The fusing roller within the fuser maintains heat to melt and fuse the toner onto the paper as well as to add gloss to the print C7000/C6000 uses highly reliable fusing mechanism which contributes gloss stability On the other hand, Xerox 700 has a fusing unit with the same mechanism as a compact printer, which does not provide the level of reliability required for a production machine

Confidential

Gloss stability

Key point

22

Highly reliable fusing unit contributes gloss stability.

Paper

Paper

Consistent gloss!A fusing belt is employed. The belt rubber is only

about 0.2 mm, which means the temperature

lowered by the passing paper returns quickly(has good thermal responsiveness). The long

fusing belt cycle is also an advantage in terms of

returning to the desired temperature.

Consistent edges!Because the lower roller contains bearings,

rotation during paper feed is very smooth andstable. There is no speed difference between the

center part and edges of the roller, producing a

consistent finish.

Fusing unit Fusing unit

Too unstable for a

production machine

C7000/C6000Reliable mechanism as production machine

Xerox 700Same mechanism as office printer

The fusing roller within the fuser maintains heat to melt and fuse the toner onto the paper as well

as to add gloss to the print. C7000/C6000 uses highly reliable fusing mechanism which

contributes gloss stability. On the other hand, Xerox 700 has a fusing unit with the same

mechanism as a compact printer, which does not provide the level of reliability required for a

production machine.

Fusing belt

Variation in gloss common

The rubber part of the fusing roller is about0.6mm, three times as thick as C7000, so it takes

longer for the temperature lowered by the

passing paper to return. In addition, the smaller

roller size (half of that of C7000) means that a

spot on the roller rotates and touches the paperin a shorter cycle, making it difficult to regain the

heat lost to the paper. As a result, variation in

gloss is more common.

Gloss irregularities can occur on the edgesThe lower roller has no bearings, so it does not

rotate smoothly, making it easier for distortion to

occur. This causes a speed difference between

the center part and edges of the fused surface,which may result in gloss irregularities on the

edges.

Does not rotate smoothly because there are no

bearings. Because it is made of soft resin, the

shape easily changed . It results in speed

difference between the center part and edges.

Reliable as a

production machine

Better gloss stability! Prone to gloss problems!


Adopts an air-

cooling function.

Temperature can

be controlled with

high precision.

Fusing temperature is easily

dropped by passing paper.

smaller roller size.


n Key pointC7000/C6000 has an overwhelming inline finishing productivity

Productivity including inline finishing

n Comparison of productivity for inline finishingC7000/C6000 is far ahead of its rival in inline finishing productivity It can contribute to reduce the total production time

Inline finishingTo automatically perform finishing such as punching and stapling as part of the printing process

Productivity of inline finishingComparison of productivity between with and without inline finishing 100% means there is no decline in productivity even with finishing

Punching/StaplingPunching: To open holes 　Stapling: To fasten sheets of paper using stapler

Terminology

Confidential

Productivity including inline finishing

Key point

23

Terminology

Comparison of productivity for inline finishingC7000/C6000 is far ahead of its rival in inline finishing productivity. It can contribute to reduce the total

production time.

Paper used for evaluation:　Type: CF80 paper / Size: A4 and A3 / Weight: 80gsm

Productivity indicator (%) = (Actual print speed) / (Specification listed in catalog) 100

PPM for A4 listed in catalog is used for punching and stapling, PPM for A3 used for center stitching

20 40 60 80 100

C7000

Xerox 700

Punching

productivity

Test conditions: A4／1-page document／100 copies

Productivity

higher by over

50%!

%

20 40 60 80 100

C7000

Xerox 700

Stapling

productivity

Test conditions: A4／2-page document／50 copies

%

Productivity

higher by nearly

20%!

20 40 60 80 100

C7000

Xerox 700

Center

stitching

productivity

Test conditions: A4／60-page document／1 copy with A3

%

Equivalent or

slightly better for

central stitching!

C7000/C6000 has an overwhelming inline finishing

productivity


Inline finishing

To automatically perform finishing such as punching and stapling as part of the printing process.

Productivity of inline finishing

Comparison of productivity between with and without inline finishing. 100% means there is no decline in productivity even with

finishing.

Punching/Stapling

Punching: To open holes.　Stapling: To fasten sheets of paper using stapler.

Features adding further reliability (1)(Newly-developed hybrid de-curl mechanism)

n Key pointNew technology has been added to reduce paper curls. It contributes smooth and quick post-press work.

The relay unit (RU-509) is equipped with a mechanical de-curler as standard and a humidifying de-curler ICE (HM-102) can be added as an option The mechanical de-curler reduces curls by having the paper go through a zigzag passage-way The strength of de-curling can be adjusted in 5 levels in both directions The humidifying de-curler ICE returns mois-ture, lost due to the heat in the fusing unit, to the paper This reduces unwanted static electricity and heat (Effective for uncoated paper)*ICE: Inter-cooler Curl Eliminator

Confidential

Features adding further reliability (1) (Newly-developed hybrid de-curl mechanism)

Key point

24

New technology has been added to reduce paper curls.

It contributes smooth and quick post-press work.

The relay unit (RU-509) is equipped with a mechanical de-curler as standard and a

humidifying de-curler ICE (HM-102) can be added as an option.

The mechanical de-curler reduces curls by having the paper go through a zigzag

passageway. The strength of de-curling can be adjusted in 5 levels in both directions.

The humidifying de-curler ICE returns moisture, lost due to the heat in the fusing unit, to

the paper. This reduces unwanted static electricity and heat.

(Effective for uncoated paper)

*ICE: Inter-cooler Curl Eliminator

HM-102

Mechanical de-curler exit

section

FanWater

supply

roller

WaterWater

Humidifyingroller

Fan

Mechanical de-curler input

section

Humidifying de-curlerICE (Inter-cooler Curl Eliminator)(HM-102)



Features adding further reliability (2)(Air-blow separation mechanism and multi-feed detection sensors)

n Key pointFunctions to reduce the risk of paper feeding problems

Multi-feed detection (PF-602)The paper feed unit PF-602 is equipped with multi-feed detection sensors The printer is automatically stopped when multiple sheets of paper are fed due to causes such as static electricity

Air-blow separation mechanism at the fusing unitThe newly developed air-blow paper separation mechanism delivers air to prevent the paper from wrapping around the upper fusing belt, thereby improving the fusing unit’s paper feeding reliability There are 7 levels of airflow which can be set according to the paper type

Confidential

Features adding further reliability (2)（Air-blow separation mechanism and multi-feed detection sensors）

Key point

25

Functions to reduce the risk of paper feeding problems


Air-blow separation mechanism at the fusing unitThe newly developed air-blow paper separation mechanism delivers air to prevent the

paper from wrapping around the upper fusing belt, thereby improving the fusing unit's

paper feeding reliability. There are 7 levels of airflow which can be set according to the

paper type.

Air-blow duct

Fusing belt

Air-blow separation mechanism

Multi-feed detection (PF-602)The paper feed unit PF-602 is equipped with multi-feed detection sensors. The printer is

automatically stopped when multiple sheets of paper are fed due to causes such as

static electricity.

During normal paper feeding When multiple sheets are fed (sensor responds)

Ultrasonic waves are generated within the paper feed

system, to detect multi-feed by sensing the difference in

the amount of ultrasonic waves reflected back from the

paper. This prevents blank pages being mixed within the

output and minimizes printing loss.

Confidential

Features adding further reliability (2)（Air-blow separation mechanism and multi-feed detection sensors）

Key point

25

Functions to reduce the risk of paper feeding problems


Air-blow separation mechanism at the fusing unitThe newly developed air-blow paper separation mechanism delivers air to prevent the

paper from wrapping around the upper fusing belt, thereby improving the fusing unit's

paper feeding reliability. There are 7 levels of airflow which can be set according to the

paper type.

Air-blow duct

Fusing belt

Air-blow separation mechanism

Multi-feed detection (PF-602)The paper feed unit PF-602 is equipped with multi-feed detection sensors. The printer is

automatically stopped when multiple sheets of paper are fed due to causes such as

static electricity.

During normal paper feeding When multiple sheets are fed (sensor responds)

Ultrasonic waves are generated within the paper feed

system, to detect multi-feed by sensing the difference in

the amount of ultrasonic waves reflected back from the

paper. This prevents blank pages being mixed within the

output and minimizes printing loss.

Controllers available according to needs

n Key point4 RIP controllers are available for customer demands.

Confidential


Key point

4 RIP controllers are available for customer demands.

26

Terminology

HIKARI IC-306

IC-307 IC-413

Konica Minolta

Embedded high-end RIP controller

High-end controller from CreoEmbedded RIP controller from EFI

Entry model

RIP controller from EFI

High-end model

Target market:

CRD/CP entry level users

Positioning:

The internal Fiery controller alternative IC-

413 combines affordability, adequate

colour management and PCL support with

ease of use and a wide range of security

features.

Target market:

CRD, PFP and CP(entry)

Positioning

The embedded Konica Minolta controller

IC-601 offers affordable colour

management as well as seamless

integration with a wide range of Konica

Minolta applications. The highlight of the

IC-601 is its complete implementation into

the bizhub PRESS C6000/C7000 with full

panel integration of the controller

operation.

Target market:

CP/PFP higher end users

Positioning :

The external CREO controller IC-307 is the

perfect solution for VDP applications (Creo

VPS) and an ideal choice for hybrid

prepress workflows. Proprietary Creo

Colour Server technology supports the the

engine as robust workflow solutions with

outstanding print quality and exceptional

productivity.

Target market:

All CRD/PFP/CPPositioning :

The external EFI controller IC-306 is a viable

all-round player that supports the impressive

system functionality with latest Fiery

technology and provides an intuitive, user-

friendly interface between operator and

digital press.

RIP

Raster Image Processor. Software or hardware to convert PostScript vector data to raster bitmap data. Bitmap data is generated

according to the printer’s output resolution.


Confidential


Key point


26

Terminology

HIKARI IC-306

IC-307 IC-413

Konica Minolta



Entry model


High-end model

Target market:


Positioning:





features.

Target market:


Positioning









operation.

Target market:


Positioning :








productivity.

Target market:







digital press.

RIP




Confidential


Key point


26

Terminology

HIKARI IC-306

IC-307 IC-413

Konica Minolta



Entry model


High-end model

Target market:


Positioning:





features.

Target market:


Positioning









operation.

Target market:


Positioning :








productivity.

Target market:







digital press.

RIP




HIKARI* Konica MinoltaEmbedded high-end RIP controllerTarget market: CRD, PFP and CP(entry)Positioning:The embedded Konica Minolta controller Hikari* (IC-601) offers affordable colour management as well as seamless integration with a wide range of Konica Minolta applications The highlight of the Hikari* is its complete implementation into the bizhub PRESS C6000/C7000 with full panel integration of the controller operation *requires HD-514 and PH-102

IC-306 RIP controller from EFIHigh-end modelTarget market: All CRD/PFP/CPPositioning:The external EFI controller IC-306 is a viable all-round player that supports the impres-sive system functionality with latest Fiery technology and provides an intuitive, userf-riendly interface between operator and digital press

IC-307 High-end controller from CreoTarget market: CP/PFP higher end usersPositioning:The external CREO controller IC-307 is the perfect solution for VDP applications (Creo VPS) and an ideal choice for hybrid prepress workflows Proprietary Creo Colour Server technology supports the the engine as robust workflow solutions with outstanding print quality and exceptional productivity

IC-413* Embedded RIP controller from EFIEntry modelTarget market: CRD/CP entry level usersPositioning:The internal Fiery controller alternative IC-413* combines affordability, adequate colour management and PCL support with ease of use and a wide range of security features *Not for P Version

RIPRaster Image Processor Software or hardware to convert PostScript vector data to raster bitmap data Bitmap data is generated according to the printer’s output resolution

Terminology


Diverse post-processing options

n Key pointVarious inline finishers provide printing services with high added value on bizhub PRO C6000/C7000 and bizhub PRESS C6000/C7000

n bizhub PRO/PRESS C6000/C7000 (main unit) Professional finishing starts right inside the bizhub PRO C6000/C7000 – a variety of advanced features ensures the production of sophisticated document formats For exam-ple mixplex allows to combine single- and double-sided pages within one document Mixmedia lets the user specify individual paper types from various trays on page-level The combined mixmedia and mixplex function automates the production of one- and two-sided documents on different media

n Large capacity tray LU-202 Equipped with the large capacity cassette LU-202 the bizhub PRO C6000/C7000 can be loaded with up to 4,250 sheets of paper; and thanks to air-assist paper feeding as well as the optional dehumidifier, an exten-sive media variety can be processed

two-sided printing/duplex

paper/toner refill during operation

one sided printing

combined mixplex/mixmedia


mixmedia white/ colour sheets

from different trays



mixplex one/two sided - during

operation


operation

n Paper feed unit (PF-602) Equipped with the large capacity cassette PF-602 the bizhub PRO C6000/C7000 can be loaded with up to 7,500 sheets of paper; and thanks to air-assist paper feeding as well as the optional dehumidifier, an exten-sive media variety can be processed

n Relay unit RU-509 The relay unit RU-509 cools prints down for immediate finishing and is equipped with a zig-zag decurler for smooth and straight prints By adding the optional humidifica-tion decurler the performance can be fur-ther enhanced

n Staple finisher (FS-531)* This entry level finisher is the ideal choice for the production of marketing collateral and corporate documents on the bizhub PRO C6000/C7000

n Booklet finisher (FS-612)* Upgrading the bizhub PRO C6000/C7000 with the booklet finisher will automate the production of booklets and brochures, providing a convenient and productive in-line half-fold and saddle-stitching functionality

* optional post inserter (PI-502) and punch kit (PK-512/513) available, ** requires PK-512/513, *** requires PI-502





operation

2-point stapling

corner stapling

auto-shift sortingtwo-hole punching**

four-hole punching**

auto-shift sorting

corner stapling

2-point stapling

colour sheet insertion, booklet***

colour cover insertion, booklet***

booklet (folding and saddle stiching)

letter fold in

half-foldtwo-hole punching**

four-hole punching**

n Stapling unit (FS-521) Equipped with the FS-521 the bizhub PRESS C6000/C7000/P provide multi-posi-tion stapling making this the perfect choice for the production of manuals, reports and other extensive docu mentation.

auto-shift sorting

corner stapling

2-point stapling

variable staple length


n Folding and punching unit (FD-503) The ideal choice for the production of mail-ings, flyers and more, the FD-503 is used to its best advantage in combination with the book let maker, staple finisher or perfect binder. The folding and punching unit pro-vides six different folding schemes, two- or four-hole punching with 100% productivity, and the post-insertion of pre-printed sheets and covers.

n Multi (GBC) punching unit (GP-501)* The multi punching unit offers high perform-ance multi (GBC) punching of sheets at full system speed in preparation for offline spiral binding. Various available die sets correspond to the most popular punching schemes, such as metal-based coil (velo) and plastic (comb) binding.

n Stacking unit (LS-505) Equipped with the large capacity stacker unit, the bizhub PRESS C6000/C7000/P are perfectly suited for integration into environ-ments with existing finishing facilities, such as insertion or postage metering facilities. A big improvement to all near-line finishing work.

n Booklet making unit (SD-506) The booklet-maker provides tangible added value as ideal finishing equipment for all kinds of saddle stitched and trimmed book-lets. It speeds up the online production of leaflets, brochures, catalogues and other marketing, sales and training materials.

n Perfect binding unit (PB-503) This is the finisher for inline production of all kinds of perfect-bound books. The functionality includes Z-fold insertion and insertion of pre-printed colour covers and sheets. Book binding is possible for books with up to 30 mm spine width and includes inline cover trimming. The integrated cover tray has a capacity for up to 1,000 sheets; and the perfect bound books are output into a trolley stacker.

* requires RU-506

Multi punching

colour sheet insertion, bookle*

colour cover insertion, booklet*

two-hole punching

half-fold

four-hole punching

mixmedia white/colour sheets from different trays

colour sheet insertion, booklet

letter fold out

trolley stacker

shifted output

multi letter fold in

trimming

multi half fold

booklet (folding and saddle stiching)

z-foldgate-fold double- parallel-fold

colour cover insertion, booklet

letter fold in

trolley stacker for perfect

bound books

perfect binder perfect binder z-fold

perfect binder colour cover

insertion

perfect binder colour cover sheet

insertion

Flexibility in Finishing

n Key pointModular concept to perfectly match demands bizhub PRO C6000/C7000

Smart configurations (FS-531 and FS-612 based)

That means 3 configurations with the original tray OT-502 are possible:

And 5 configurations with the staple finisher FS-531 are possible:

And 5 configurations with the booklet finisher FS-612 are possible:

OT-502

MainUnit

OT-502 PF-602

MainUnit

OT-502LU-202

MainUnit

PF-602

MainUnit

FS-531

RU-509

LU-202

MainUnit

FS-531

RU-509

FS-531

MainUnit

FS-531

PF-602

MainUnit

FS-531 LU-202

MainUnit

IC-601

IC-307

IC-306

PK-512

PK-513

HD-514

PH-102

or

or

or

or

or

or

or

or

or

FS-531

PI-502

OT-502

LU-202or

or

HT-503

HT-504PF-602

optional MainUnit

RU-509

FS-612

PF-602

MainUnit

RU-509

LU-202

MainUnit

RU-509

MainUnit PF-602

MainUnit

LU-202

MainUnit

FS-612

FS-612

FS-612

FS-612

FS-612



n Key pointModular concept to perfectly match demands bizhub PRESS C6000/C7000

GP-501 based systems

That means 6 configurations are possible:

GP-501

RU-506

System GLF

LS-505FS-521

System GLB System GBF

GP-501

RU-506

LS-505PB-503

FS-521

GP-501

RU-506

PB-503

RU-509

RU-509

RU-509

System GF

GP-501

RU-506

FS-521

System GSF

GP-501

RU-506

SD-506

FS-521

System GDF

GP-501

RU-506

FD-503

FS-521

RU-509

RU-509

RU-509

LS-505PB-503

FS-521

RU-506

GP-501

oror

or or

or

or

SD-506LS-505 FD-503

IC-307

IC-601

or

or

or

PB-503

RU-509

MainUnit

HD-514

IC-306 PH-102

HT-504PF-602



FD-503 based systems


System DLF

FS-521

LS-505 FD-503

RU-509

System DLB

PB-503LS-505 FD-503

RU-509

System DLS

SD-506LS-505 FD-503

RU-509

System DL

LS-505 FD-503

RU-509

System D

FD-503

RU-509

System DSF

FS-521

SD-506

FD-503

RU-509

PB-503

System DSB

SD-506

FD-503

RU-509

System DF

FS-521

FD-503

RU-509

System DLL

LS-505LS-505 FD-503

RU-509

System DSBF

FS-521

PB-503 SD-506

FD-503

RU-509

System DBF

FS-521

PB-503

FD-503

RU-509

System DB

PB-503

FD-503

RU-509

System DS

SD-506

FD-503

RU-509

HD-514

PH-102

MainUnit

FD-503

IC-307

IC-601

IC-306

or

or

or

or

and

and

or or

oror

oror

or or

FS-521

FS-521

SD-506

SD-506

PB-503

PB-503

LS-505

LS-505

FS-521

PB-503

RU-509

HT-504PF-602




LS-505 based systems


and

MainUnit

LS-505or

or

or or

oror

or

or

FS-521

FS-521

FS-521

SD-506

SD-506

PB-503

PB-503

PB-503

LS-505

IC-307

IC-601

IC-306

or

or

or

RU-509

System LL

LS-505 LS-505 RU-509

System LLF

FS-521

LS-505 LS-505 RU-509

System LLB

PB-503LS-505 LS-505 RU-509

System LLS

SD-506LS-505 LS-505 RU-509

PB-503

System LSB

SD-506LS-505 RU-509

System LSF

FS-521

SD-506LS-505 RU-509

System LS

SD-506LS-505 RU-509

System LBF

FS-521

PB-503LS-505 RU-509

System LB

PB-503LS-505 RU-509

System LF

FS-521

LS-505 RU-509

System L

LS-505 RU-509HD-514

PH-102

HT-504PF-602



Additional systems (SD-506, PB-503 and FS-521 based)

That means 4 configurations based on SD-506 are possible:

Additionally 2 configurations based on PB-503 are possible:

And additionally 1 configuration based on FS-521 is possible:

System F

FS-521

RU-509

RU-509

System S

SD-506

System SB

System SF System SBF

FS-521

RU-509

RU-509

RU-509

PB-503 SD-506

SD-506

FS-521

PB-503 SD-506

System B System BF

RU-509

RU-509

PB-503

FS-521

PB-503

RU-509

MainUnitSD-506

or

IC-307

IC-601

IC-306

or

or

or

and

or or

FS-521

PB-503

and

or or

FS-521

PB-503

HD-514

PH-102

HT-504PF-602

Konica Minolta Business Solutions Europe GmbHEuropaallee 17 30855 Langenhagen • GermanyTel.: +49 (0) 511 74 04-0Fax: +49 (0) 511 74 10 50www.konicaminolta.eu

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