Brief: This video demonstrates the setup, operation, and key moments during typical use of the Thermal/UV CTCP Plate Making Machine. You will see how its direct workflow driver, modular design, and autofocus system deliver high-resolution plate production with exceptional stability and efficiency for B2B printing operations.
Related Product Features:
Features a marble stone platform for superior temperature resistance and operational stability.
Utilizes a double-row fiber source laser diode design for denser dots and finer resolution, with continued operation if one laser fails.
Employs a modular design for easy assembly, low failure rates, and PC-monitored diagnostics.
Includes a real-time autofocus system that compensates for plate imperfections and ensures saturated dots.
Incorporates a built-in bearing in the drum for high-speed rotation stability and accuracy.
Uses top-class international components including Fuji motors, Lasermech diodes, and Maglev systems.
Comes with popular CTP workflow and RIP software, Prinergy & Harlequin, for seamless integration.
Offers remote diagnosis via TeamViewer for real-time technical support and troubleshooting.
질문:
What types of plates are compatible with this CTCP machine?
The machine is compatible with both thermal plates (0.15-0.4mm, no brand requirement) for the thermal version and UV plates (0.15-0.4mm, no brand requirement) for the UV version.
What is the maximum resolution this plate maker can achieve?
The standard resolution is 2400 DPI, but it can be customized up to a maximum of 8000 DPI for high-definition plate production.
How does the remote diagnosis system work?
Using TeamViewer software, our technicians can share data with your computer in real-time to remotely diagnose and troubleshoot the CTP equipment, minimizing downtime.
What are the key advantages of the double-row laser diode design?
This design creates denser dots for finer resolution and allows the machine to continue normal operation even if one laser fails, giving you time to schedule a replacement without immediate interruption.