3D Fiber Laser Marking Machine
Product Introduction
3D dynamic fiber laser marking machine is used for engraving and marking on various 3D curved surface. It uses pre-focused optical mode and larger X, Y-axis deflection lens. It has larger range and finer light effects, can mark different height of the object, variable focal length changes more. In the same focus precision work, the marking range with 3D marking can be greater than 2D marking.
Advantages
Larger range and finer light effects
Industrial 3D fiber laser marking engraving machine for tool die mold making using pre-focused optical mode and larger X, Y-axis deflection lens. Which can allow the transmission of laser light spot larger, better focusing accuracy, better energy. In the same focus precision work, the marking range with 3D marking can be greater than 2D marking.
Can mark different height of the object, variable focal length changes more
As 3D marking can quickly change the laser focal length and laser beam position, so it can achieve the surface marking possible. After using 3D, a certain degree of curvature within the cylinder marking can be completed, greatly improving the processing efficiency. Many parts of the surface shape is not regular, some parts of the surface height difference is quite large, this time, the advantages of 3D marking will become more obvious.
More suitable for deep carving
2D marking is an electric way to carry out the surface of the object deep carving, with the carving process of laser focus on the move, the role of the actual surface of the laser energy will be a sharp decline, seriously affecting the effect and efficiency of deep carving. 3D marking for deep processing, both to ensure the results, but also improve the efficiency, while eliminating the cost of electric lift.
3D marking can achieve playing black and white, the effect is more abundant.
For normal metal surfaces, such as anodized aluminum, the use of higher frequency pulses, usually under suitable energy, is marked in a certain out-of-focus condition. Which significantly affects the energy distribution of the laser on the surface of the material and color effect. 3D marking machine for multi-grayscale effect of the plane processing is also very meaningful.
Application
It is suitable for metal ( including rare metals ), engineering plastics, electroplating materials, coating material, plastic, rubber, epoxy resin, ceramic, plastic, ABS, PVC, PES, steel, copper and other materials.
Parameters
Model | F300P3D | F500P3D | F800P3D | F1000P3D |
Laser Power | 30W | 50W | 80W | 100W |
Laser Technology | Q-Switched Pulsed Fiber Laser | MOPA Laser | ||
Laser Wavelength | 1064 nm | |||
Single Pulse Energy | 0.75mj | 1mj | 2.0mj | 1.5mj |
M² | <1.6 | <1.8 | <1.8 | <1.6 |
Frequency Adjustment | 40~60KHz | 50~100KHz | 1-4000KHz | |
Marking Speed | ≤7000mm/s | |||
Software | BEC Laser- 3D laser software | |||
Scan Field | Standard: 150mm×150mm×60mm | |||
Marking Method | X ,Y, Z three-axis dynamic focusing | |||
Cooling System | Air cooling | |||
Power Requirement | 220V±10% ( 110V±10%) /50HZ 60HZ compatible | |||
Packing Size & Weight | Machine: Around 86*47*60cm, Gross weight around 85KG |