Post-Focus 3D Scanning System
3D Curved-Surface Galvo System,2D Scanner/Dynamic Focus/Marking Card/Software,Post-Focusing for Curved Marking,Glass Cutting/Drilling,Application-Specific Wavelength Optics/Custom Z Travel.
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Overview
Specifications
| Parameter | Value |
|---|---|
| Rated Power Supply Capacity [All Above Parameters Are Theoretical Values] | ±15V DC 150W . RMS max 3A |
| Operating Temperature [All Above Parameters Are Theoretical Values] | 25±10 |
| Standard Scan Angle [All Above Parameters Are Theoretical Values] | 40 degrees |
| Interface Protocol | XY2-100 |
| Weight [All Above Parameters Are Theoretical Values] | 4kg-4.5kg |
| Maximum Lens Travel [Dynamic Focusing Axis; All Above Parameters Are Theoretical Values] | ±1.5 mm |
| Tracking Time [Dynamic Focusing Axis; All Above Parameters Are Theoretical Values] | 1 ms |
| Typical Travel Speed [Dynamic Focusing Axis; All Above Parameters Are Theoretical Values] | ≤140 mm/s |
| Repeatability [Dynamic Focusing Axis; All Above Parameters Are Theoretical Values] | <1 um |
| Long-Term Drift [Dynamic Focusing Axis; All Above Parameters Are Theoretical Values] | <6 um |
| Operating Range [Page 1 Chinese Explanation; F-Theta Lens f=210mm] | 150mm*150mm*50mm |
| working volume [Page 1 English Explanation; with the 210mm F-theta lens; Source Does Not Specify Unit] | about 150*150*45 |
| Wavelength [Laser Type: Nd:YAG; All Above Parameters Are Theoretical Values] | 1064 nm |
| Beam Expansion Ratio [Laser Type: Nd:YAG; All Above Parameters Are Theoretical Values] | 1.67 |
| Input Aperture [Nd:YAG Laser;All Parameters Theoretical;Reduce Recommended Incident Beam Diameter by0.5mm for Collimation Error] | 6 8.3 |
| Galvanometer Clear Aperture [Laser Type: Nd:YAG; All Above Parameters Are Theoretical Values] | 10 14 |
| Z-Axis Focusing Range [Laser Type Nd:YAG; All Parameters Theoretical; F-Theta Field Lens f=210mm] | ±25 mm |
| Wavelength [Laser Type: Frequency-Doubled Nd:YAG; All Above Parameters Are Theoretical Values] | 532 nm |
| Beam Expansion Ratio [Laser Type: Frequency-Doubled Nd:YAG; All Above Parameters Are Theoretical Values] | 1.67 |
| Input Aperture [Nd:YAG doubled;All Parameters Theoretical;Reduce Recommended Incident Diameter by0.5mm for Collimation Error] | 6 8.3 |
| Galvanometer Clear Aperture [Laser Type: Frequency-Doubled Nd:YAG; All Above Parameters Are Theoretical Values] | 10 14 |
| Z-Axis Focusing Range [Laser Type Nd:YAG doubled; All Parameters Theoretical; F-Theta f=100mm] | ±6 mm |
| Wavelength [Laser Type: Frequency-Tripled Nd:YAG; All Above Parameters Are Theoretical Values] | 355 nm |
| Beam Expansion Ratio [Laser Type: Frequency-Tripled Nd:YAG; All Above Parameters Are Theoretical Values] | 1.67 / 2 |
| Input Aperture [Nd:YAG tripled;All Parameters Theoretical;Reduce Recommended Incident Diameter by0.5mm for Collimation Error] | (6 8.3) / (5 7) |
| Galvanometer Clear Aperture [Laser Type: Frequency-Tripled Nd:YAG; All Above Parameters Are Theoretical Values] | 10 14 |
| Z-Axis Focusing Range [Laser Type Nd:YAG tripled; All Parameters Theoretical; F-Theta f=100mm] | ±6 mm |
| Wavelength [Laser Type: CO₂; All Above Parameters Are Theoretical Values] | 10600 nm |
| Beam Expansion Ratio [Laser Type: CO₂; All Above Parameters Are Theoretical Values] | 1.85 |
| Input Aperture [CO₂ Laser; All Parameters Theoretical; Reduce Recommended Incident Beam Diameter by0.5mm for Collimation Error] | 7.5 mm |
| Galvanometer Clear Aperture [Laser Type: CO₂; All Above Parameters Are Theoretical Values] | 14 mm |
| Z-Axis Focusing Range [Laser Type CO₂; All Parameters Theoretical; F-Theta Field Lens f=210mm] | ±25 mm |
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Datasheet
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