64 Channels CTP Thermal Platesetter, 830nm Laser Diode Digi

Thermal CTP Plate Making Machine

64 Light Channels

2400 dpi Output Resolution

830 nm Laser Diode

64 Channels CTP Thermal Platesetter, 830nm Laser Diode Digital Workflow

Specifications:

X-0642T Thermal CTP

Description:

DOIE Thermal-CTP uses the most advanced and stable V model guide rail fixed position technology, using automatic loading way and 830nm laser diode, made the high energy field value of thermal material development, high development quality, after baking , the thermal plate could prints about million times.

DOIE Thermal-CTP is full digital controlled technology, not only is a mature commercial products and the source of profits, but also to the prepress printing integration technology development which have the immeasurable influence and realistic significance.

Applications:

Applications:

CTP computer to plate machine with bridge ,conveyor,stacker together to make of integral prepress printing system, DOIE develop auto loader to reduce labor cost for

Customer also.Thermal plate is very low cost to instead of imagesetter.

Competitive Advantage:

1. Precise guiderail chassis. Manual entire scrape.

• The chassis is HT300 inblock cast, guiderail and chassis became in one, the high mechanical strength, the high heat stability, less possibility of deformation.

• The guiderail precision could achieve 1-3μm/m,effectively ensure printing precision.
• Scraping guiderail is made by cast-iron, the surface has one thin oil slick, play an lubricant, protective role;
• Using import soft guide pairs and precise grinder guiderail technology, make optical platform move has little wear; the moving of platform has better smooth, precision.

2. Independent vacuum structure, effectively absorb various plates.

• By using the three-cavity technology, the drum could effectively absorb various plates, avoid the plate.
• According to different size of plate, adjust absorptive power, could achieve best printing effect.
• Using negative pressure checking before printing, avoid the plate flying.
• Using negative pressure checking in printing, avoid the plate flying.
• Using negative pressure and prevent air leakage technology.

3. High precision side-guide technology, improve printing repeatability precision.

• Fusing advanced plate-edge checking technology and side-guide technology, improving the printing repeatability precision.

• High precision side-guide technology, making the equipment running more stable.

• According to the requirement, increase dynamic balance data automatically, make the production conveniently.

4. Continue feeding plate system, achieve automatic loading plate.

• Using advanced belt conveying plate system.
• Using mechanical head clip automatic positioner.
• Using mechanical tail clip automatic positioner.
• Using automatic negative pressure absorption technology