Kodak ImageLite ESY Scanner Film

Kodak Gen 5 GAI Film

Kodak ImageLite IRF Scanner Film

Kodak Gen 5 GIR Film

Technical Information Data Sheet – TI2407

August 2006

1. Support

Dimensionally Stable Support

ESY

4 mil (0.004 in., 0.10mm)

Estar base

 

 

 

2. Reciprocity

With recommended processing, the reciprocity speed change is negligible (1/3-photographic stop or less) within exposure range of 1/1000 second to 1 billionth second; there is no change in contrast.

3. Dimensional Stability

Dimensional stability is an all-inclusive term. In photography, it applies to size changes caused by changes in humidity and in temperature, and by processing and aging. The dimensional properties of the Estar base may vary slightly in different directions within a sheet; the differences that may exist, however, are not always aligned with the length and width directions:

Differences in size change between length and width should be within 10 percent of each other.

Thermal Coefficient of Linear Expansion

Unprocessed or Processed

0.001% per ° F (0.0018% per ° C)

 

 

Page 4
Image 4
Kodak IRF, ESY, GAI, GIR instruction sheet Support, Reciprocity, Dimensional Stability

GAI, ESY, IRF, GIR specifications

Kodak is a name synonymous with imaging technology, with a rich history spanning over a century. In recent years, the company has focused on advancing its capabilities in various segments of the imaging market. Among its noteworthy innovations are the Kodak IRF, GIR, ESY, and GAI. Each of these systems showcases unique features and technologies tailored for distinct applications in the realm of imaging.

The Kodak IRF, or Infrared Imaging System, is designed specifically for applications requiring heat detection and thermal imaging. This system utilizes advanced infrared sensors to capture images that highlight temperature variations, making it ideal for industries like building inspections, electrical maintenance, and medical diagnostics. The IRF boasts high sensitivity and resolution, enabling users to pinpoint issues that may not be visible to the naked eye. Coupled with software for image analysis, the IRF empowers professionals to make informed decisions based on thermal assessments.

The Kodak GIR, or Graphic Imaging Resource, is another significant technology from Kodak. This system focuses on enhancing and optimizing image quality for printing and publishing. The GIR utilizes intelligent image processing algorithms that enhance color accuracy, contrast, and sharpness. This is particularly important for designers and publishers who rely on high-quality visuals. The combination of sophisticated software with state-of-the-art printing techniques allows GIR to produce stunning images that meet today's demanding visual standards.

Kodak's ESY, or Easy Share Your images solutions, simplifies the process of sharing and managing digital assets. With user-friendly interfaces and robust cloud integration, ESY allows photographers and videographers to easily store, edit, and share their work across multiple platforms. The system emphasizes accessibility, enabling creators to manage their portfolios efficiently while ensuring that their work reaches a wider audience.

Lastly, the Kodak GAI, or Graphic Arts Imaging system, is tailored for professional workflows in the graphic arts field. GAI incorporates cutting-edge printing technologies and materials that cater to the demands of commercial printing. Features include high-speed printing, energy efficiency, and enhanced color fidelity. With an emphasis on sustainability, the GAI system is designed to minimize waste while maximizing productivity.

In summary, Kodak's IRF, GIR, ESY, and GAI systems reflect the company's commitment to innovation in imaging technology. Each system addresses distinct needs within the industry, providing advanced solutions that enhance the quality, accessibility, and effectiveness of imaging processes across various applications. As Kodak continues to evolve, these technologies represent a significant step forward in the world of imaging.