CTS laser direct plate making machine is to directly read computer data files and convert them into images, and then expose and image them on the screen by laser projection. This kind of imaging screen is suitable for textile printing, and also suitable for decals, packaging, PCB, 3C Printing on glass covers, etc.
Data files is directly read by the computer to screen (CTS) and then converted into images which will be transmitted through laser beams onto screens by DMD and lens.
The maximum screen frame size can reach 900x1000 (1080x1200 1200x1800 1500x2000 2000x3100 700x700) mm.
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Specification / Model
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CTS100 |
| Max screen size ( mm ) |
900x1000 |
| Min screen size ( mm ) |
400x400 |
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Max exposure size ( mm )
|
800x900 |
Screen frame thickness
(bespoke service is available) |
25-45mm |
| Imaging System |
DMD DLP Technology |
| Emulsion thickness (EOM) |
Solvent resistant emulsion 3μm-150μm, water resistant emulsion 3μm- 220μm |
| Exposure time |
120-240s/ ㎡, #350 yellow mesh |
| Resolution |
1270/2540dpi (Optional) |
| Raster |
133LPI |
| Focus system |
Fixed focusing |
| File format |
1_bit tiff etc. |
| Laser type |
UV laser, wavelength 405±5nm |
| Laser power |
20W/25W(Optional) |
| Equipment size (mm) |
1550x1330x1460 |
| Equipment net weight |
1100KG |
| Conditions |
Yellow light room with cleanliness Class 10000, temperature 22±2°C,
40-70% relative humidity (No condensation) |
| Power |
Single phase 220v, 50/60HZ, 4KW(CTS200,CTS300), gas 1L/min |
Resolutions 1270dpi or 2540dpi, with raster 133lpi/dpi (halftones printing).
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.
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.
Product Tags:
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2540dpi CTS Computer To Screen 133LPI DMD DLP Technology Images
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