Brief: See the solution in real use and note how it behaves under normal conditions. This video provides a detailed walkthrough of the T1600M manual feeding VLF 1600mm thermal CTP machine solution, showcasing its operation from plate loading to processing. You will observe the inline processor P1550 and stacker S1150 in action, demonstrating the complete workflow for large-format plate production.
Related Product Features:
Manual feeding VLF 1600mm thermal CTP machine with a maximum plate area of 1630mm x 1325mm.
Features 256 laser valve technology with 128-channel discrete 830nm laser diode imaging system.
Inline processor P1550 with PLC automatic control system and LED interface for easy operation.
Inline stacker S1150 for efficient plate handling and organization after processing.
Supports plate sizes from 650mm x 550mm minimum to 1680mm x 1350mm maximum.
Offers output speed of 18 plates per hour at 2400dpi resolution with ±5μm repeatability.
Optional autoloader SCU1400 available for automatic plate feeding and interleaf paper removal.
Flexible installation options including direct-line and corner-turn configurations for space optimization.
FAQs:
What is the maximum plate size supported by the T1600M thermal CTP machine?
The T1600M thermal CTP machine supports a maximum plate size of 1680mm x 1350mm, with an exposing size of up to 1680mm x 1336mm.
What type of plates is this CTP system compatible with?
This system is designed for positive thermal CTP plates with thickness ranging from 0.15mm to 0.30mm, or alternatively 0.27mm to 0.40mm.
Can the T1600M system be automated for plate loading?
Yes, while the standard configuration features manual feeding, an optional autoloader SCU1400 is available that automatically feeds plates and removes interleaf paper simultaneously, handling up to 100 plates.
What installation options are available for this CTP solution?
The system offers flexible installation configurations including direct-line installation with direct bridge and corner-turn installation with rotator bridge, making it suitable for various workspace layouts and space constraints.