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Used for drilling processing in alumina, aluminum nitride, silicon nitride, and other ceramic substrates. Independently developed automatic loading and unloading and drilling control system is used to achieve high-speed and high precision drilling processing for ceramic products.
| Project | Main technical index | Parameters |
| Laser system | Laser source | Optical fiber |
| Laser wavelength | 1080nm | |
| Average power | ≥150W | |
| Equipment performance | Processing precision | ±0.025mm |
| Processing range | ≤200*200mm | |
| Processing efficiency | ≥15 holes/S (depending on the materials) | |
| Drawing file format | DXF | |
| Use environment | Power supply specification | AC 380V/50HZ |
| Air source requirement | ≥1.2MPa | |
| Environment requirement | Temperature 15-35°C, humidity requirement <70%, no condensation | |
| Mainframe dimensions L*W*H | Approximately 1800*1200*1850mm |
| 1 | High processing precision | High precision linear motors and vision positioning; its processing precision can reach ±25um. | |
| 2 | Stable cutting quality | Minimum processing: 30um microholes; roundness: above 90% | |
| 3 | High processing efficiency | Meet direct drilling and red-coating perforating techniques for ceramic slices; the drilling speed can be above 15 holes/s. | |
| 4 | Multiple methods of processing | Manual and automatic processing can be selected and it can be connected to MES system for data exchange. | |
| 5 | Security and environmental protection | Efficient dust extraction structure and smoke purification system, which can reduce dust pollution. | |
