3 axis laser focus system F30pro
Base Info
| General specifications | |||||
| Serial | F30pro | ||||
| X/Y axis Galvanometer | CTI | ||||
| Z axis Galvanometer | CTI | ||||
| Control card | CTI | ||||
| Software suite | Lenmark-3D or Lenmark-3DS (optional) | ||||
| Power supply | Control card | Environmental requirement | |||
| Input Voltage | 170~264 VAC | Input interface | XY2-100 Protocol | Ambient temperature | 0℃ ~ +40℃ |
| Output Voltage | 24 VDC | Output interface | USB | Storage temperature | -10℃ ~ +60℃ |
| Current | 10 A | Laser type | Fiber laser | Humidity | ≤ 75 % non condensing |
| Specifications for deflection unit | Specifications for optics | ||
| Scan angle (°) | ±11.25 | Aperture size (mm) | 30 |
| Repeatability (urad) | 8 | Laser | YAG |
| Max. Gaindrift (ppm/K) | 100 | Wavelength (nm) | 1064 |
| Max. Offsetdrift (urad/K) | 30 | Coating | AR Coating |
| Long-term drift over 8h (mrad) | 0.5 | Specifications for structure | |
| Maximal processing speed (mm/s) | 4500 (No deformation) | Weight (Kg) | 15 |
| Step response (ms) | ≤0.4 | Dimension [L×W×H] (mm) | 614x200x207 |
| Field size & Spot diameter | ||||||
| Field size (mm) | 200×200×40 | 300x300x60 | 400×400×60 | 500×500×60 | 600×600×80 | 1000×1000×80 |
| Spot diameter 1/e2(mm) | 0.017 | 0.022 | 0.026 | 0.031 | 0.037 | 0.064 |
NOTE: all demensions in mm.
Key advantages
Hardware
Unique optical path design based on different lasers, with low optical loss and 20% efficiency increased.
Rapid response with high speed THK guide rail of Zaxis.
High stability with CTI galvanometer.
Software
Provide application-specific interfaces to production line.
Optional 3D engraving software, easily achieve surface marking and 3D relief.
Technical support
Offer complete technical service with self-developed hardware and software.
Provide the best spare parts under same price or same configuration.
Customer service
On-site technical training is provided for first-time customer.
Off-sitetechnical engineer training is offered for regular customer.
Sample
Take 3D marking on spherical surface as an example, it takes only 3 minutes and 40 seconds to mark characters on a ball in 150 mm diameters.
