Sino Galvo Scanner
Industrial high-speed dual-axis optical galvanometer scan head engineered for precision fiber, UV, and CO2 laser marking. Features imported high-performance moving-magnet motors, differential photoelectric rotor position sensors, 10 mm incident beam aperture, and up to 8000 mm/s vector marking speeds with zero thermal drift in a compact 700g sealed enclosure.
- check_circle Up to 8000 mm/s Marking Speed: Delivers rapid vector tracing and high-density raster engraving for high-volume marking lines.
- check_circle Differential Photoelectric Sensor: Provides extreme rotor position linearity, zero thermal drift, and 0.002 mm repeatability.
- check_circle Multi-Wavelength Optical Coating: Compatible with 1064nm (Fiber), 355nm (UV), and 10.6µm (CO2) laser marking systems.
- check_circle Standard 10 mm Incident Beam Aperture: Standard 7 mm to 10 mm input aperture suits common beam expanders and collimators.
- check_circle Ultralight 700g Sealed Housing: High-strength, dustproof IP54 enclosure permits seamless installation into compact machines.
- check_circle Advanced Drive Electronics: Full protection against overload, over-current, reverse voltage, and electromagnetic noise.
- check_circle Standard XY2-100 Digital Protocol: Compatible with EzCad, JCZ, and DSP digital laser controller cards.
Target Applications & Use Cases
Industrial Applications FitHigh-speed deep vector marking of DataMatrix barcodes, serial numbers, and 2D QR codes on steel transmission parts, bearings, and VIN tags.
High-contrast, corrosion-resistant dark annealing markings on surgical stainless steel scalpel blades, forceps, and orthopedic implants.
High-density micro-lettering and micro-codes on integrated circuits, BGA packages, connectors, PCB boards, and solar cells.
Intricate photo-etching, hallmark engraving, and filigree contour cutting on gold, silver, brass, and platinum jewelry.
Ultra-high-speed date and batch coding on bottling conveyor lines, blister packs, metal cans, and extruded pharmaceutical tubes.
Engineering & Production Benefits
Key Operational AdvantagesDifferential optical sensing prevents laser marking coordinates from shifting as the machine warms up, preserving calibration all day.
High dynamic response allows instantaneous line-marking, cutting cycle times by up to 50% compared to entry-level scanners.
Standard mechanical mounting holes, M85 lens thread, and XY2-100 digital pinouts allow 15-minute field retrofits.
Dielectric-coated silicon mirrors handle peak laser powers up to 100W without coating discoloration, burn spots, or degradation.
Spare Part Overview & Technical Description
High-Speed Dual-Axis Industrial Optical Galvanometer Scanner (Sino-Galvo RC1001)
The Sino-Galvo RC1001 Galvanometer Scanner is a world-class optical beam steering head engineered for high-precision, high-speed static and on-the-fly (fly-marking) industrial laser marking systems. Compatible across multiple laser wavelengths—including 1064nm (Fiber/YAG), 355nm (UV cold laser), and 10.6µm (CO2)—this galvanometer incorporates ultra-responsive moving-magnet scanning motors developed with aerospace-grade photoelectric sensing technology, achieving vector marking speeds up to 8,000 mm/s with zero positional lag.
Engineered to withstand harsh factory environments, the RC1001 scanner features a differential photoelectric rotor position sensor that detects motor rotor coordinates with ultra-high linearity and near-zero thermal drift. The internal driver boards incorporate advanced position and velocity anticipatory control algorithms, overload protection, over-current safeguards, and reverse-polarity cutoffs. Encased within an ultralight 700g IP54 dustproof aluminum housing with a standard 10 mm incident spot diameter (7 mm clear beam entrance), the unit integrates seamlessly into desktop markers, automated production lines, and robotic end-effectors.
Advanced Optical, Sensing & Electronic Highlights:
- Differential Photoelectric Rotor Sensing: Eliminates temperature-induced coordinate drift and hysteresis, ensuring pinpoint repeat positioning accuracy of 0.002 mm across multi-shift marking operations.
- Ultra-Low Inertia High-Speed Scan Motors: Moving-magnet motor architecture provides maximum torque-to-inertia ratio, achieving microsecond step response times under rapid directional reversals.
- Multi-Wavelength Optical Mirror Configurations: Factory fitted with high-reflectivity dielectric or metallic coated silicon mirrors optimized for 1064nm (fiber), 355nm (UV), or 10.6µm (CO2) laser beams.
- Superior Electromagnetic Compatibility (EMC): Shielded driver enclosure delivers an exceptional signal-to-noise ratio, completely rejecting electrical noise from neighboring VFDs, stepper drives, or plasma units.
- Compact 700g Lightweight Housing: Ultralight profile minimizes payload strain when mounted on automated Z-axis lifting columns, robotic arms, or mobile handheld marking guns.
- Standard XY2-100 Digital Protocol Compatibility: Works natively with industry-standard JCZ EzCad controller boards and high-speed digital marker interface cards via standard ribbon connectors.
Full Specifications Sheet
| Specification | Parameter / Value |
|---|---|
| Scanner Model Name | Sino-Galvo RC1001 (RC-Series) |
| Scanner Architecture | Dual-Axis Optical Galvanometer (X-Y Deflection) |
| Brand & Manufacturer | Sino-Galvo (Beijing/Jiangsu) / Daksh CAD CAM |
| Country of Origin | Imported OEM (Original Sino-Galvo) |
| Total Scanner Net Weight | 700 g (Ultra-Compact Lightweight Aluminum) |
| Supported Laser Wavelengths | 1064nm (Fiber), 355nm (UV), 10.6µm (CO2) Compatible |
| Standard Incident Spot Diameter | 10.0 mm (7.0 mm Clear Beam Entrance Aperture) |
| Standard Marking Field Area | Up to 300 x 300 mm (Determined by F-Theta Objective Lens) |
| Mirror Substrate & Coating | High-Flatness Silicon with Dielectric High-Reflectance Coating (>99.5%) |
| Optical Damage Threshold | > 10 J/cm² (at 1064nm, 10ns Pulsed Laser) |
| Maximum Marking Speed | 8,000 mm/s (With F-160 Scan Lens) |
| Maximum Positioning Speed | 12,000 mm/s High-Velocity Slew |
| Small-Angle Step Response Time | ≤ 0.35 ms (1% Full Scale Jump) |
| Repeatability Precision | < 2.0 µrad (Microradians) / ±0.002 mm |
| Position Sensor Technology | Differential Photoelectric Rotor Position Detection |
| Communication Interface Protocol | XY2-100 Standard Digital Protocol (DB25 / IDC16) |
| Input Power Supply Requirement | DC ±15V (±5%), 3.0A Dual Channel Regulated |
| Dynamic Tracking Error | ≤ 150 µs |
| Zero Thermal Drift | < 15 µrad / °C |
| Housing Material | Anodized Precision Aircraft Aluminum Alloy |
| Environmental Sealing Grade | IP54 Sealed Dustproof Enclosure |
| Operating Temperature Envelope | 10°C to 40°C (Non-Condensing Relative Humidity <80%) |
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