Product Features
■ Adopt photoelectric sensing technology and PDM control method, combined with the R&D technology of the Ministry of Aerospace and the production technology of vehicle-level.
■ Adopt advanced optical design scheme, small light loss, small size, high positioning accuracy, fast marking speed, strong anti-interference ability, etc. It is suitable for laser fine processing such as plane, complex curved surface and deep engraving.
■ Adopt MM3D software system, support a variety of file formats and import vector graphics, bitmaps and text barcodes, easy to understand, easy to operate, easy to use.
■ The maximum size of marking is 400×400mm, and any size from 200×200mm to 400×400mm can be customized according to requirements.
■ Precise load design for 20mm spot lens, high motor assembly precision, reasonable structure, small static friction coefficient and zero offset, to ensure good dynamic characteristics of the system.
■ The driver has the function of position and speed advance detection, which greatly improves the dynamic response performance and scanning speed of the whole system.
■ Solve common problems such as galvanometer motor temperature drift, signal interference and zero drift.
Technical Parameters
| Laser Type | 10600nm RF CO2 laser source | |
| Field Size | 200×200mm~400×400mm | |
| Input Beam Size | 3.5mm | |
| X&Y Axes Mirrors Aperture Size | 20mm | |
| Speed | ||
| Marking Speed | 2000mm/s | |
| Writing Speed | 124cps | |
| Step Response Time(1% of full scale) | 708μs | |
| Step Response Time(10% of full scale) | 1320μs | |
| Tracking Error Time | ≤374μs | |
| Precision and Error | ||
| Linearity | 99.9% | |
| Repeatability (RMS) | <8μRad | |
| Gain Error | <5mRad | |
| Zero Offset | <5mRad | |
| Long-term Drift Over 8 Hours | <0.5mRad | |
| Scale Drift | <40PPM/℃ | |
| Power and Signal | ||
| Input Voltage | ±24VDC | |
| Rated Current | 4A | |
| Interface Signal | Digital: XY2-100 | |
| Machinery Scan Angle | ±12.5° | |
| Working Current, Temperature, Dimension | ||
| Working Temperature | 0℃~45℃ | |
| Storage Temperature | -10℃~60℃ | |
| Galvanometer Scanner Dimension | 400×148×149mm (L×W×H) | |
| Galvanometer Scanner Weight | ≈7.8Kg | |
| Water-Cooling System | ||
| Water Temperature | 25±3℃ | |
| Maximum water pressure | <3bar | |
| Water flow | >1L/min | |
| Water pipe specification | Outer diameter φ6mm Inner diameter φ4mm | |
Keywords: RF8220-3D-400 3D Laser Galvo Scanner for RF CO2 Laser
RF8220-3D-400 3D Laser Galvo Scanner for RF CO2 Laser
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Classification
Product Features
■ Adopt photoelectric sensing technology and PDM control method, combined with the R&D technology of the Ministry of Aerospace and the production technology of vehicle-level.
■ Adopt advanced optical design scheme, small light loss, small size, high positioning accuracy, fast marking speed, strong anti-interference ability, etc. It is suitable for laser fine processing such as plane, complex curved surface and deep engraving.
■ Adopt MM3D software system, support a variety of file formats and import vector graphics, bitmaps and text barcodes, easy to understand, easy to operate, easy to use.
■ The maximum size of marking is 400×400mm, and any size from 200×200mm to 400×400mm can be customized according to requirements.
■ Precise load design for 20mm spot lens, high motor assembly precision, reasonable structure, small static friction coefficient and zero offset, to ensure good dynamic characteristics of the system.
■ The driver has the function of position and speed advance detection, which greatly improves the dynamic response performance and scanning speed of the whole system.
■ Solve common problems such as galvanometer motor temperature drift, signal interference and zero drift.
Technical Parameters
| Laser Type | 10600nm RF CO2 laser source | |
| Field Size | 200×200mm~400×400mm | |
| Input Beam Size | 3.5mm | |
| X&Y Axes Mirrors Aperture Size | 20mm | |
| Speed | ||
| Marking Speed | 2000mm/s | |
| Writing Speed | 124cps | |
| Step Response Time(1% of full scale) | 708μs | |
| Step Response Time(10% of full scale) | 1320μs | |
| Tracking Error Time | ≤374μs | |
| Precision and Error | ||
| Linearity | 99.9% | |
| Repeatability (RMS) | <8μRad | |
| Gain Error | <5mRad | |
| Zero Offset | <5mRad | |
| Long-term Drift Over 8 Hours | <0.5mRad | |
| Scale Drift | <40PPM/℃ | |
| Power and Signal | ||
| Input Voltage | ±24VDC | |
| Rated Current | 4A | |
| Interface Signal | Digital: XY2-100 | |
| Machinery Scan Angle | ±12.5° | |
| Working Current, Temperature, Dimension | ||
| Working Temperature | 0℃~45℃ | |
| Storage Temperature | -10℃~60℃ | |
| Galvanometer Scanner Dimension | 400×148×149mm (L×W×H) | |
| Galvanometer Scanner Weight | ≈7.8Kg | |
| Water-Cooling System | ||
| Water Temperature | 25±3℃ | |
| Maximum water pressure | <3bar | |
| Water flow | >1L/min | |
| Water pipe specification | Outer diameter φ6mm Inner diameter φ4mm | |
Keywords: RF8220-3D-400 3D Laser Galvo Scanner for RF CO2 Laser
