intelliSCANse Series High-Precision Galvanometer Scanners with Digital Encoders intelliSCANse 10
intelliSCANse is designed for industrial laser processing requiring high position-sensing accuracy, repeatability, and long-term stability. Digital encoder position sensing suits precision contours, complex geometries, and highly consistent batch processing. The digital encoder reduces position-sensing noise and provides higher linearity and lower long-term drift for applications demanding positioning accuracy, repeatability, long-term stability, and processing consistency, including precision contour processing, precision engraving, complex geometry processing, and metal additive manufacturing. Note: intelliSCANse10/14 and 20/30 differ in repeatability, positioning resolution, nonlinearity, and drift; check the specific model when selecting. For system integration, select the laser according to material, wavelength, and power; standard coatings cover YAG, fiber, green, UV, DUV, and CO2 lasers. Select an intelliSCANse scanner of 10 / 14 / 20 / 30 mm according to accuracy requirements and incident beam diameter. Select the F-Theta scan lens according to scan field size, working distance, and spot size. The control system supports SL2-100 and XY2-100 Enhanced digital interfaces and can use SCANLAB RTC control boards. Water or air cooling is optional; 20 mm and 30 mm high-power applications require air cooling.
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Overview
Specifications
| Parameter | Value |
|---|---|
| Clear Aperture (Entrance Aperture) | 10 mm |
| Position Sensing Method | Digital encoder |
| Standard Coating (Wavelength Range) | YAG and fiber, green, UV, DUV and CO2 lasers |
| Optional Coatings | Multiwavelength, broadband, short-pulse and polarization-maintaining coatings |
| Maximum Laser Power [Standard system; 100% duty cycle; 1064 nm] | 150 W @ 1064 nm |
| Typical Scan Angle [Optical angle] | ±0.35 rad (optical angle) |
| Scan Field Size | 120 mm × 120 mm |
| Typical Spot Size | 32 µm |
| Number of Preinstalled Tuning Modes | Up to 3 types |
| Typical Tuning Modes | Fast vector tuning |
| Tracking Error | 0.11 ms |
| Marking Speed | 3.5 m/s |
| Positioning Speed | 12.0 m/s |
| Writing Speed (High-Quality Mode) | 760 cps |
| Writing Speed (Good-Quality Mode) | 1080 cps |
| Step Response Time [1% full scale] | 0.40 ms |
| Step Response Time [10% full scale] | 1.1 ms |
| Repeatability [RMS] | < 0.4 µrad |
| Maximum Positioning Resolution | 20 bit |
| Nonlinearity [44°] | < 0.5 mrad / 44° |
| Temperature Drift (Zero Offset) | < 15 µrad/K |
| Temperature Drift (Gain) | < 8 ppm/K |
| Hourly Drift (Zero Offset) | < 20 µrad |
| Hourly Drift (Gain) | < 20 ppm |
| Hourly Drift (Gain) | < 25 ppm |
| Gain Error | < 5 mrad |
| Zero Offset Error | < 5 mrad |
| Servo Control | Digital Servo Control Board |
| Control Interface | Number SL2-100; Number XY2-100 Enhanced |
| Advanced Diagnostics | Supports （iDRIVE） |
| Power Supply Requirements | 30 V DC， maximum 6 A |
| Scanning Axes | 2-axis system |
| Housing Type | Standard: scanning galvanometer |
| Connector Position | Beam entrance side; optional: opposite side at the beam exit |
| Weight (Without Field Lens, Standard Housing) | 3 kg |
| Dimensions (L × W × H, Standard Housing) | 175 mm × 114 mm × 147 mm |
| Beam Offset | 12.56 mm |
| Water Cooling | Optional |
| Air Cooling | Optional |
| Operating Temperature | 25 °C ± 10 °C |
Applications
Key Features
Datasheet
Supplier Information
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