CTP Plates - Total
KODAK VIOLET PRINT Digital Plates are fast-imaging photopolymer plates that use the same high-quality grained and anodized aluminum substrate as Kodak\'s market-leading thermal
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KODAK VIOLET PRINT Digital Plates are fast-imaging photopolymer plates that use the same high-quality grained and anodized aluminum substrate as Kodak\'s market-leading thermal
The positive-type thermal CTP plate based on heat-induced dissolving improvement is prebaking-free thermal CTP plate. The plate is composed of a roughened aluminum plate base and a heat
The sensitive layer of Thermal/CTP Plate is a unique formulation structure and it makes the dot edge which is formed with laser scanning more sharp and suitable for high-end commercial color
Computer-to-plate (CTP) is an imaging technology used in modern printing processes. In this technology, an image created in a desktop publishing (DTP) application is output directly to a
Thermal systems: Thermal plates allow for rapid and precise temperature control. They have a photosensitive layer that hardens when exposed to heat, transferring an image onto a bottom
Differentiate yourself from the competition with KODAK ELECTRA XD Thermal Plates, designed to consistently produce an extremely high-quality print. ELECTRA XD Plates deliver exceptional
Thermostar P970 is a positive-working printing plate, compatible with all 830 nm platesetters. It offers high-quality thermal imaging and is designed for harsh printing conditions, achieving run
The fastest CTP designed specifically for newspapers, with high-quality imaging at up to 300 pph and full automation from plate loading through to stacking. Kodak\'s offset printing solutions enable printers to increase efficiency and productivity through market-leading plates and CTP
Potential energy reduction by using the compatible no-preheat KODAK T-HDX Processor. Specifically designed to stand up to aggressive UV press environments, with run lengths up to 150,000 even without post-baking, KODAK ELECTRA MAX Plates are a top choice for UV, H-UV, and LED-UV
KODAK VIOLET PRINT Digital Plates are fast-imaging photopolymer plates that use the same high-quality grained and anodized aluminum substrate as Kodak\'s market-leading thermal plates, delivering crisp, clean images with stable
The positive-type thermal CTP plate based on heat-induced dissolving improvement is prebaking-free thermal CTP plate. The plate is composed of a roughened aluminum plate base and a heat sensitive layer, in which the heat sensitive layer includes lm-.
The sensitive layer of Thermal/CTP Plate is a unique formulation structure and it makes the dot edge which is formed with laser scanning more sharp and suitable for high-end commercial color printing. Easy
Computer-to-plate (CTP) is an imaging technology used in modern printing processes. In this technology, an image created in a desktop publishing (DTP) application is output directly to a printing plate
Thermal systems: Thermal plates allow for rapid and precise temperature control. They have a photosensitive layer that hardens when exposed to heat, transferring an image onto a bottom layer. This image can create prints with high accuracy and
Differentiate yourself from the competition with KODAK ELECTRA XD Thermal Plates, designed to consistently produce an extremely high-quality print. ELECTRA XD Plates deliver exceptional press performance with the versatility to adapt to most print conditions and run
The fastest 8-page CTP platesetter on the market, imaging up to 84 pph, with modular options for plate capacity and automation, plus remote access and
Thermostar P970 is a positive-working printing plate, compatible with all 830 nm platesetters. It offers high-quality thermal imaging and is designed for harsh printing conditions, achieving run lengths of more than 1 million impressions after baking – giving you greater job
Differentiate yourself from the competition with KODAK ELECTRA XD Thermal Plates, designed to consistently produce an extremely high-quality print. ELECTRA XD Plates deliver exceptional press performance with the versatility to adapt to most print conditions and run
Computer-to-plate (CTP) is an imaging technology used in modern printing processes. In this technology, an image created in a desktop publishing (DTP) application is output directly to a printing plate
The positive-type thermal CTP plate based on heat-induced dissolving improvement is prebaking-free thermal CTP plate. The plate is composed of a roughened aluminum plate base and a heat sensitive layer, in which the heat sensitive layer includes lm-.
The fastest 8-page CTP platesetter on the market, imaging up to 84 pph, with modular options for plate capacity and automation, plus remote access and
Thermostar P970 is a positive-working printing plate, compatible with all 830 nm platesetters. It offers high-quality thermal imaging and is designed for harsh printing conditions, achieving run lengths of more than 1 million impressions after baking – giving you greater job
The sensitive layer of Thermal/CTP Plate is a unique formulation structure and it makes the dot edge which is formed with laser scanning more sharp and suitable for high-end commercial color printing. Easy
The fastest CTP designed specifically for newspapers, with high-quality imaging at up to 300 pph and full automation from plate loading through to stacking. Kodak\'s offset printing solutions enable printers to increase efficiency and productivity through
KODAK VIOLET PRINT Digital Plates are fast-imaging photopolymer plates that use the same high-quality grained and anodized aluminum substrate as Kodak\'s market-leading thermal plates, delivering crisp, clean images with stable
Potential energy reduction by using the compatible no-preheat KODAK T-HDX Processor. Specifically designed to stand up to aggressive UV press environments, with run lengths up to 150,000 even without post-baking, KODAK ELECTRA MAX Plates are a top choice for UV, H-UV, and LED-UV
Thermal systems: Thermal plates allow for rapid and precise temperature control. They have a photosensitive layer that hardens when exposed to heat, transferring an image onto a bottom layer. This image can create prints with high accuracy and