Laser Plotter
Laser Plotter (using laser beam to drawing circuit diagrams)
| NO. | ITEM | CK-7008 | |
| 1 | Overall equipment requirements | Plotter + Developing Package | Overall package |
| 2 | Structure type | Roller type | External Roller |
| 3 | Plotting area | Catering for a wide range of film sizes | Multiple specifications: length: 660mm |
| 660mm*508mm | Width: 508mm | ||
| 4 | Optical resolution | Resolution 4000/8000/12000dpi Can be switched by software |
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| 5 | Positioning accuracy | ±0.015mm | ±0.015mm |
| 6 | Minimum line width/line space | 2mil/2mil | 2mil/2mil |
| 7 | Plotting Compensation Method | Overall compensation, partition compensation | Overall compensation, partition compensation |
| 8 | Photoimage film expansion and contraction | Repeat film plotting error within 2 mils | The expansion and contraction value of 660mm long film is within 0-1 mil |
| 9 | The expansion and contraction value of 508mm direction film is within 0-1 mil | ||
| 10 | Scan speed | 5 minutes 4000dpi/10 minutes 8000dpi full frame | |
| 11 | Scan mode | 16-channel laser | 16-channel laser parallel scanning |
| 12 | Laser light source | Helium-neon laser (HeNe) | Red laser, wavelength 632.8nm, |
| Output light power | |||
| 2-2.5mW650nm | |||
| 13 | Dimension of light spot | 3.175um | |
| 14 | Applicable Film | market film | Kodak、Agfa、Fuji、Dupont |
| 15 | Film thickness | Standard 0.18mm(7mil) -Standard optional | |
| 0.1mm(4mil) -Optional | |||
| 16 | Film loading and unloading method | Semi-automatic loading and unloading of single sheets | Semi-automatic loading and unloading of single sheets |
| Raster processing method | Software Rasterisation GR CAD Software RIP | ||
| 17 | Input data type | Gerber | Gerber-RS-274X、Gerber-RS-274D、 |
| BitMap、Tiff | |||
| 18 | Working environment | Power supply: AC220V±2%, Power: 500W, Temperature: 20℃±5% | |
| Humidity: 55%±5% | |||
| 19 | Overall dimensions (mm) | 950(W)X1300(L)X1300(H) | |
| 20 | Weight | 400KG | |
| 21 | Developer | Developing temperature control accuracy 0.5℃ | Developing temperature control accuracy 0.5℃ |
| 22 | Drying temperature control accuracy 0.5℃ | Drying temperature control accuracy 0.5℃ | |
1. Transferring circuit diagrams to photosensitive films
2. Used to make masks
3. High precision and high resolution
4. Reduce human errors
5. Adapt to multi-layer circuit boards