Computer-to-Plate (CTP Technology) | Modern Offset
Thermal CTP plates are preferred in the printing industry due to their high resolution, sharp edge and excellent repeatability.
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Thermal CTP plates are preferred in the printing industry due to their high resolution, sharp edge and excellent repeatability.
Thermal plates are typically more durable than violet plates, so they can stand up to longer runs without degrading and requiring a second plate. This feature can help make prints more consistent. The platesetting process is also highly repeatable, improving the consistency between two
HEIDELBERG uses the latest plate technology that combines environmentally friendly plate processing with high
There are many different types of heat-sensitive CTP plates, but the two most common at the moment are thermal
Thermal CTP plates are preferred in the printing industry due to their high resolution, sharp edge and excellent repeatability. The drawbacks of thermal CTP include sensitivity to ambient temperatures and humidity
Thermal plates are typically more durable than violet plates, so they can stand up to longer runs without degrading and requiring a second plate. This feature can help make prints more consistent. The platesetting process is also highly repeatable, improving the consistency between two
Thermal CTP plates use heat to create an image on the plate surface. The plates are sensitive to heat, and the areas that are exposed to the laser light become receptive to ink during printing. The main advantage of thermal plates is that they offer fast plate making times and excellent print
HEIDELBERG uses the latest plate technology that combines environmentally friendly plate processing with high productivity. All Suprasetter can process chemical-free or processless thermal printing plates. These have less impact on the environment because chemical influences have been
Fujifilm\'s positive thermal digital plate LH-PSE is a superb long run plate that does not require pre-heating. This plate is post bakeble and is suitable for UV printing. The LH-PSE plate has enhanced handling characteristics minimizing plate
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
From entry-level platesetters to high-end computer-to-plate (CtP) engines – the Avalon 8-up series of thermal platesetters for commercial printing has a best-in-class solution in store for every
There are many different types of heat-sensitive CTP plates, but the two most common at the moment are thermal melting and thermal cross-linking. Huida\'s Thermal CTP Plate has several advantages. This paper also introduces the technical parameters of our
A high-definition, positive-working thermal CTP plate for long-run commercial print applications. Superia LH-PLE can be used with UV inks, either unbaked or baked, and features enhanced scratch
No processor, chemistry or water, and mounted directly on press. Our processless plates not only offer all the benefits of 100% savings on resources needed for processing, but also guarantee exceptional quality and reliability. Contact
Thermal plates are typically more durable than violet plates, so they can stand up to longer runs without degrading and requiring a second plate. This feature can help make prints more consistent. The platesetting process is also highly repeatable, improving the consistency between two
Thermal CTP plates use heat to create an image on the plate surface. The plates are sensitive to heat, and the areas that are exposed to the laser light become receptive to ink during printing. The main advantage of thermal plates is that they offer fast plate making times and excellent print
No processor, chemistry or water, and mounted directly on press. Our processless plates not only offer all the benefits of 100% savings on resources needed for processing, but also guarantee exceptional quality and reliability. Contact
Thermal CTP plates are preferred in the printing industry due to their high resolution, sharp edge and excellent repeatability. The drawbacks of thermal CTP include sensitivity to ambient temperatures and humidity
A high-definition, positive-working thermal CTP plate for long-run commercial print applications. Superia LH-PLE can be used with UV inks, either unbaked or baked, and features enhanced scratch
There are many different types of heat-sensitive CTP plates, but the two most common at the moment are thermal melting and thermal cross-linking. Huida\'s Thermal CTP Plate has several advantages. This paper also introduces the technical parameters of our
HEIDELBERG uses the latest plate technology that combines environmentally friendly plate processing with high productivity. All Suprasetter can process chemical-free or processless thermal printing plates. These have less impact on the environment because chemical influences have been
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
Fujifilm\'s positive thermal digital plate LH-PSE is a superb long run plate that does not require pre-heating. This plate is post bakeble and is suitable for UV printing. The LH-PSE plate has enhanced handling characteristics minimizing plate
From entry-level platesetters to high-end computer-to-plate (CtP) engines – the Avalon 8-up series of thermal platesetters for commercial printing has a best-in-class solution in store for every
