Calibration Routines for KODAK PROFESSIONAL ENDURA Metallic Paper

Printer

Calibration

 

 

OCE LightJet

Using Starting D-max values of 2.40R, 2.30G, 2.25B:

430, 500XL, 5000

1. Go to the Oce website at www.cymbolic.com.

 

 

2. Go to Quick Links; Laser Products FTP Site

 

3. Go to LightJet 430_500XL and 5000

 

4. Go to LightJet Fusion

 

5. Choose printer desired

 

6. Go to Intel

 

 

Durst Lambda

Starting D-max: 2.30R, 2.20G, 2.15B (It is possible to obtain higher D-max in images that do not include text.)

130 and 76+

Basic Calibration settings: Y=113.60, M=82.20, C=0.00, D=96.20

 

 

Durst Epsilon 30

Starting D-max: 2.30R, 2.15G, 2.15B

 

Basic Calibration settings: D=0.635, C=0.000, M=0.261, Y=0.359

 

 

Durst Theta 76

Starting D-max: 2.25R, 2.20G, 2.15B

 

Basic Calibration settings: D=1.012, C=0.0, M=0.163, Y=0.361

 

 

Durst Theta 50/51

Starting D-max: 2.25R, 2.15G, 2.00B

 

Basic Calibration settings: D=94.07, C=0.0, M=106.70, Y=184.98

 

 

Durst Zeta

Please contact Bill Conger at Durst Dice America, telephone (585) 486-0340, extension 5291.

 

 

Fuji Frontier

We recommend that you use KODAK PROFESSIONAL SUPRA ENDURA Paper to calibrate the printer channel that you

 

plan to use. If you don't have a recommended channel that you normally use, please start testing with Channel I.

 

1. Load SUPRA ENDURA Paper into the paper magazine that you will use to print.

 

2. From the Setup and Maintenance menu, select Print Condition Setup and Check. Then select Paper Condition

 

Setup to perform a standard calibration.

 

3.Replace SUPRA ENDURA Paper with ENDURA Metallic Paper.

 

 

Noritsu

Setting up a Channel for KODAK PROFESSIONAL ENDURA Metallic Paper

QSS-2711 and

1. Set up a paper channel with ENDURA Metallic Paper, using the normal Setup procedure. This setup includes MLVA

Noritsu MP1600

Setup, Uniformity, and Gamma tests.

 

 

2. If any color changes are needed, enter them using the Magazine Balance function on the NORITSU MP1600 printer.

 

 

Polielettronica

1. Set these starting Laser Maximum Density values: Y=200, M=156, C=124.

LASERLAB

2. Starting Color Compensation Values Y=0.97, M=0.92, C=1.01.

 

 

3. Proceed with the manufacturer's standard paper calibration procedure.

 

 

ZBE Chromira 30

Select Kodak on the Emulsion menu, and enter:

 

Starting D-max: 2.40R, 2.40G, 2.35B

 

Starting Calibration Values: (C) 3, (M) 0, (Y) -104, (D) 39

 

Then follow the standard paper calibration procedure.

 

 

Calibration Routines for KODAK

Kodak, Kodak Professional, Digital Science, Endura, and Supra are trademarks.

Revised 5-06

PROFESSIONAL ENDURA Metallic Paper

 

Printed in U.S.A.

KODAK Publication No. CIS-241

 

 

CAT 196 2885

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Kodak CIS-241 Printer Calibration OCE LightJet, 430, 500XL, Durst Lambda, 76+, Durst Epsilon, Durst Theta, Durst Zeta
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CIS-241 specifications

The Kodak CIS-241 represents a significant advancement in the realm of imaging technology, particularly for professional and high-end applications. This compact imaging system is tailored for a variety of uses, including industrial inspection, medical imaging, and security surveillance. Renowned for its reliability and high performance, the CIS-241 integrates cutting-edge technologies that enhance image capture and processing capabilities.

One of the standout features of the Kodak CIS-241 is its high-resolution sensor, which captures images with exceptional clarity and detail. This sensor supports a wide range of resolutions, making it suitable for diverse applications where precision is paramount. The ability to produce images that are not only sharp but also rich in color depth is crucial for industries that rely on accurate visual data, such as medical diagnostics and quality control in manufacturing.

In addition to its impressive resolution, the CIS-241 employs advanced image processing algorithms that enhance image quality. These algorithms include noise reduction, dynamic range optimization, and automatic exposure adjustments. Such technologies ensure that the images remain clear and usable even in challenging lighting conditions, which is frequently encountered in real-world environments.

The CIS-241 is designed with user-friendliness in mind. Its intuitive software interface enables users to quickly adjust settings, configure capture parameters, and preview images in real-time. This streamlines the workflow for professionals who need to make rapid decisions based on the quality of the images being captured.

Another notable characteristic of the Kodak CIS-241 is its robust build quality. Designed for durability, it can withstand the rigors of industrial environments while maintaining consistent performance. This durability is complemented by its compact form factor, making it easy to integrate into existing systems without the need for significant modifications.

Connectivity is also a key aspect of the Kodak CIS-241. The device supports various interface options, ensuring compatibility with a wide range of equipment and systems. This flexibility allows for seamless integration into both new and legacy systems, making it a versatile choice for professionals.

In conclusion, the Kodak CIS-241 is a powerful imaging solution that combines high-resolution capture, advanced processing technologies, user-friendly operation, and robust design. Its features make it an ideal choice for industries that require precise, reliable imaging, reinforcing Kodak's commitment to innovation in imaging solutions.
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