3D marking technology can realize laser marking on curved workpiece more accurately, and there is no defocusing phenomenon during processing. Even complex curved surface can be handled freely.Through the self-developed 3D dynamic laser marking control hardware and software, the special 3D vibrator is configured to perfectly control the laser beam to mark on any 3D surface.
Product features
High precision 3D positioning technology, high speed focusing and scanning system, laser beam base mode, short pulse, peak power, high repetition frequency, bring perfect marking effect for customers;
1. Advanced 3D graphics processing technology, friendly operation interface, suitable for DXF, PLT and other formats;
2. High photoelectric conversion rate, long service life of the machine, easy maintenance;
3. The marking speed is fast, which greatly improves the processing efficiency.
Technical parameters
The laser parameters | Laser type | Fiber optic laser |
The wavelength | 1064nm | |
The output power | 20W | |
| Beam mass M2 | <2 | |
Pulse repetition rate | 20kHz~800kHz | |
Cooling way | Air cooling | |
The processing parameters
| Focus lens | Before the focus |
Minimum machining range | 200x200mm | |
Maximum machining range | 1000x1000mm | |
Permissible height difference | 20-80mm | |
The lens focal length | 200-1000mm | |
| Maximum plane machining speed | 5000mm/s | |
| Maximum machining speed of z-axis | 3.5m/s @45° | |
Minimum line width | 80μm | |
Positioning accuracy | 5μm | |
Registration accuracy | 20μm | |
The machine parameters
| Operating ambient temperature | 15~30ºC |
Demand for electricity | AC220V 5A | |
The machine power consumption | 1000W | |
| Overall dimension (width × length × height) | 900×800×1400mm | |
The weight of the | 150kg |
