Commercial 2400DPI Thermal Plate Making Machine With 128 Channels Lasers

Commercial Thermal CTP Machine 128-Channels Lasers Yinber14128 With 27 Throughput/H 2400DPI

Large Format CTP/Thermal CTP plate making machine
Technical specification
Model	14128
No. of Lasers	128
Throughput (1130x800mm) (plates/hour)	27 PPH
Max./Min. Format	Max.: 1180mmx1460mm Min.: 508mmx394mm
Laser Source	830 nm
Resolution	2400 dpi
Loading System	Manual loading, auto unloading
Plates Requirement	0.15-0.4mm, Thermal plates, no brand requirement
CTP Interface	1-bit Tiff interface and direct workflow driver, support CIP3/CIP4
Power	AC220V,50-60Hz 6.9KW
Environment	Temperature: 20-25ºC Humidity: 40%-80%
Size & Weight	Size: 2670mmx1210mmx1730mm Weight: 1235kg
Workflow software	RIP Harlequin & Workflow Prinergy

Why choose us?

Core Technology Advantages:

1.The marble stone working platform ensures that the machine still keeps high precision and high stability under the condition of long working time.

2. The automatic balance of laser energy technology ensures the consistency of laser spot size, and ensures the uniformity, firmness and delicacy of output dots.

3.Laser diodes are arranged independently and each laser diodes can be upgraded, replaced and maintained one by one after.

4. Advanced auto-focus system is adopted, which is suitable for different thickness plates and different brand plates.

5.Abandoning the traditional lead-screw mode, we adopt the advanced maglev motion control system ensures the accuracy and service life of the machine.

6.Non-linear Calibration technology ensures the accuracy of the plate making.

7. Adopted high power imprted laser from Japan and America, so the laser life is longer than others. Unlike most manufacturers use 1W diodes for CTP machines and 70mj (200mW) diodes for CTCP machines, we use 2W diodes for CTP machines and 120mj (300mW) for CTCP machines.

8.We use built-in bearing to support our drum, which brings higher stability and more accuracy when the drum rotates in a high speed, without a big deviation.

9. We use top-class components and parts in all our equipment, which brings our products more stable performance and longer life.

Fuji motor from Japan / Thermal diodes from USA / UV diodes from Japan / Naglev system and bearings from Germany / Sensors from Spain.

10.workflow and RIP software - Prinergy & Harlequin

11. "Remote diagnosis system" through "Teamviewer", our technicians can share data with customers' computer in real-time, thus to diagnose their CTP equipment.

Shenzhen Yintech Co.,Ltd is one of top leading CTP flexo plate making machine manufacturer, we produce and supply ctp plate making machine, ctcp plate making machine, and flexo plate making machine, we have professional CTP flexo plate making machine factory,.

Shenzhen Yintech Co., Ltd. is a national high-tech enterprise integrating independent R&D, manufacturing and marketing. It has a deep technical accumulation in laser modulation technology, image control technology and platform motion control technology. The company has developed CTCP, CTP, CTS, LDI and photolithography equipment with independent intellectual property rights and reached the international advanced level by using more than ten years of technology accumulation and professional R&D team. It has sold thousands of sets at home and abroad. After more than ten years of precipitation, the company's export business has covered more than 100 countries and regions. In the future, the company will strive to become a leading enterprise in the fields of lithography, new generation of high-end new printing, PCB equipment and semiconductor manufacturing.

Our company has strong strength and established a new company Hunan Yintech Co., Ltd with the government, which covers an area of 30 acres with a total investment of 600 million RMB. It is mainly used to invest in the production of lithography machines, printed circuit boards, laser direct imaging equipment, printing plate-making equipment and related accessories, as well as laser plate-making equipment assembly and production.