Product Introduction
3DMarking technology can achieve more accurate laser marking on curved workpieces without defocusing during processing, and can handle even complex surfaces with ease. By independently developing 3D dynamic laser marking control hardware and software, and configuring a dedicated 3D galvanometer, the laser beam can be perfectly controlled to mark any 3D surface.
Product Features
High precision 3D positioning technology, high-speed focusing and scanning system, laser beam basic mode, short pulse, high peak power, high repetition rate, bring customers perfect marking effect;
1. Leading 3D graphics processing technology, user-friendly interface, suitable for various formats such as DXF, PLT, etc;
2. High photoelectric conversion rate, long machine service life, and easy maintenance;
3.The marking speed is fast, greatly improving the processing efficiency.
Technical Parameter
Laser parameters
|
Laser type |
fiber laser |
wavelength |
1064nm |
|
output power |
20W |
|
Beam quality M2 |
<2 |
|
Pulse Repetition Frequency |
20kHz~800kHz |
|
Cooling method |
forced air cooling |
|
Machining |
focus lens |
Front Focus |
Minimum processing range |
200x200mm |
|
Maximum processing range |
1000x1000mm |
|
Allowable height difference |
20-80mm |
|
focal length |
200-1000mm |
|
Maximum processing speed for flat surfaces |
5000mm/s |
|
ZMaximum processing speed of the shaft |
3.5m/s @45° |
|
Minimum line width |
80μm |
|
positioning accuracy |
5μm |
|
alignment accuracy |
20μm |
|
Machine parameters |
Ambient temperature |
15~30℃ |
Power demand |
Single phase AC220V 5A |
|
Overall Power Consumption |
1000W |
|
Dimensions (width x length x height) |
900×800×1400mm |
|
weight |
150kg |