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Part I: Brief Introduction
As a hi-tech product, JC15300D Laser image setter combines the laser optics, fine mechanics and auto-control circuit. JC15300D Laser image setter is the key output device of the printing & sampling computer color separation system, applied the advanced parts and devices, and is an elaborately designed hi-tech product. The machine adopts microcomputer control with self-diagnosing function and friendly operation interface, adopts drum four-beam parallel scanning. The main electric motor adopts the electronic frequency transformer soft startup technology, which brings stable operation, low noise, safety and dependability to the machine. The machine is compatible to many systems.
This machine is a necessary machine for producing stainless steel press plate for HPL, LPM, Flooring and furniture industries.
Part II: Main Qualification
1. Max imaging size: 1500MM ×3000MM
2. Scanning line density: 600dpi/1200/1800dpithe
3. Scanning mode: drum four-beam parallel scanning
4. Longest imaging time: 7Min/14Min depends on the scanning line density
5. Overall repetitive locating precision: ≤±20μM
6. Film size: He-Ne Laser phototypesetting film.
7. Interface condition: TTL electric level same as the computer signal
8. External size: mainframe: 2.5m × 1.45m × 1.38m (length× width × height)
9. Weight: mainframe: 1500kg. vacuum pump: 40kg
10. Power consumption: mainframe: ≤2kva vacuum pump: 3kw
Part III: Operation Principles
The four picture signals output from the computer control the acoustoopic modulator by the acoustoopic drive source, convert the single-beam laser output from the He-Ne laser into four beams of parallel scanning optical dot which are controlled by the four-beam picture signal switch, and focuses on the sensitive film on the surface of the surface of the drum. At the same time, the chief axis drum rotates with high speed, and performs the longitudinal main scanning. The optical platform sidesways and performs the synchronous transversal subscanning. The two scanning motion combine to realize the revivification of the computer picture and literal information in the mode of dot matrix, which makes the film image sensitively.
Part IV: summary of the Overall Structure
The machine adopts floor-mounted moveable structure. Turn the six feet anti-clockwisely; expose the four feet wheels, then the machine may move transversally or longitudinally. The optical part is mainly composed of the He-Ne laser, four-beam acoustoopic modulator, etc. The mechanical part is mainly composed of the chief axis drum, chief scanning part, optical platform, sidesway scanning system, etc. The circuit is mainly composed of master control board, operating panel, drive source of acoustoopic encoder, power supply, etc.
Machine picture:
Below is printed film using this laser image setter:
Part I: Brief Introduction
As a hi-tech product, JC15300D Laser image setter combines the laser optics, fine mechanics and auto-control circuit. JC15300D Laser image setter is the key output device of the printing & sampling computer color separation system, applied the advanced parts and devices, and is an elaborately designed hi-tech product. The machine adopts microcomputer control with self-diagnosing function and friendly operation interface, adopts drum four-beam parallel scanning. The main electric motor adopts the electronic frequency transformer soft startup technology, which brings stable operation, low noise, safety and dependability to the machine. The machine is compatible to many systems.
This machine is a necessary machine for producing stainless steel press plate for HPL, LPM, Flooring and furniture industries.
Part II: Main Qualification
1. Max imaging size: 1500MM ×3000MM
2. Scanning line density: 600dpi/1200/1800dpithe
3. Scanning mode: drum four-beam parallel scanning
4. Longest imaging time: 7Min/14Min depends on the scanning line density
5. Overall repetitive locating precision: ≤±20μM
6. Film size: He-Ne Laser phototypesetting film.
7. Interface condition: TTL electric level same as the computer signal
8. External size: mainframe: 2.5m × 1.45m × 1.38m (length× width × height)
9. Weight: mainframe: 1500kg. vacuum pump: 40kg
10. Power consumption: mainframe: ≤2kva vacuum pump: 3kw
Part III: Operation Principles
The four picture signals output from the computer control the acoustoopic modulator by the acoustoopic drive source, convert the single-beam laser output from the He-Ne laser into four beams of parallel scanning optical dot which are controlled by the four-beam picture signal switch, and focuses on the sensitive film on the surface of the surface of the drum. At the same time, the chief axis drum rotates with high speed, and performs the longitudinal main scanning. The optical platform sidesways and performs the synchronous transversal subscanning. The two scanning motion combine to realize the revivification of the computer picture and literal information in the mode of dot matrix, which makes the film image sensitively.
Part IV: summary of the Overall Structure
The machine adopts floor-mounted moveable structure. Turn the six feet anti-clockwisely; expose the four feet wheels, then the machine may move transversally or longitudinally. The optical part is mainly composed of the He-Ne laser, four-beam acoustoopic modulator, etc. The mechanical part is mainly composed of the chief axis drum, chief scanning part, optical platform, sidesway scanning system, etc. The circuit is mainly composed of master control board, operating panel, drive source of acoustoopic encoder, power supply, etc.
Machine picture:
Below is printed film using this laser image setter: