CTS Computer To Screen UV Laser 400nm-410nm Textile Clothing Printing Exposure Speed 120 Seconds Per Squar

    CTS100 Computer to screen (CTS) machine is mainly for screen making in the textile printing industry. Its precision is 1270 or 2540 dpi, and the maximum screen size is 900x1000 mm. Digital images are produced by DMD (digital micro-mirrordevice) which has over 800 thousand or 2 million micrometer micro-mirrors, enabling clear and sharp squre dots. This latest digital exposure system has now become the new standards for screen printing industry.

Advantages

1. According to customer requirements, CTS machine can be configured with suitable lens 1.95X (higher accuracy), 2.052X.
2. GIS develops our own the 405nm coupled laser and laser imaging system to increase laser utilization rate from 30% to 50%.
3. CTS machine can present the minimum of 50 μm line width and 5% dots on the screen.
4. CTS machine adopts HIWIN SP class guide rail, linear motor, Renishaw grating ruler, marble bed body to ensure the stability of our equipment.
5. Our sales and service teams are all over the world. With the support of top technicians, we are committed to solving problems and malfunction in the sales process. We maximize the value of the equipments used.

1. HIWIN high precision guide rail,linear electric motor Renishaw gratng ruler;
2. DMD exposure system;
3. Up to 120 line;
4. Image 1270dpi;
5. Integrated high strength steel structure

The maximum screen frame size can reach 900x1000.

High Precision:
Resolutions 1270dpi or 2540dpi, with raster 133lpi/dpi (halftones printing)

High Efficiency:
3 minutes to finish the exposure on screen size 1000mm*1000mm. Stencil making efficieny has been greatly improved due to a lot of time is saved by the accurate exposure alignment and lobor reduction.

Low Cost:
Elimination of film positives. Litho film are becoming increasingly expensive and the number of suppliers on the maket is rapidly decreasing. 1 procedure of CTS digital screen making to replace 5 procedures of from the conventional process