Description
Laser cutting is a new type of cutting method, and also one of the
important aspects of laser material processing technology. Fiber
laser cutting machine is through the control of high precision
fiber laser pulse width, pulse energy, peak power and repetition
frequency and other parameters, so that it emits 1064nm wavelength
infrared laser beam, after collimating focusing so that the laser focus spot diameter of 0.05 to 0.08mm,
the temperature reached 1600 degrees Celsius, The superhard material is vaporized at high temperature and then is
blown away by the high pressure gas coaxial with the laser to form a small hole, the use of precision numerical control
software to control the movement platform to drive the workpiece and laser beam for relative motion to connect the laser
hole into a line segment to achieve the purpose of cutting.
Main Parameters
| Item | Parameter |
Laser system | Laser medium | Optical fiber |
| Central wavelength | 1080nm |
| Average output power | 300w |
| Maximum peak power | 3000w |
| Maximum pulse energy | 30J |
| Repetition frequency | 0.001~10kHz |
| Pulse width | 0.01~10ms |
| Bundle parametric product | ≤2@50μm |
| Cooling mode | Air cooling |
Machinability | Maximum cutting thickness | 6mm |
| Operating stroke | Standard200*200mm |
| Positioning/repeat positioning accuracy | ±0.01mm |
| Minimum cut gap | 0.06mm |
Operating
environment | Operating voltage/frequency | Signal 220
(AC)±10%/50HzV |
| Operating temperature range | 10 ~ 40ºC |
| Complete machine | Net weight | 400kg |
| Dimension | 1350*1450*1730mm |
