intelliSCAN IV Series Next-Generation High-Dynamic Galvanometer Scanners intelliSCAN IV 10
SCANLAB intelliSCAN IV is a high-performance scanning galvanometer series for fast, precise and reliable laser processing. The series offers clear apertures of 10, 14, 20 and 30 mm, supports SCANahead and vector tuning, and allows system selection according to laser power, incident beam, imaging field and path requirements. Mechanical, optical and thermal designs are optimized for high-speed, high-precision and long-duration processing. It uses 48 V DC, supports water and air cooling, and includes advanced iDRIVE diagnostics. With SCANLAB RTC6 control boards it serves high-productivity applications such as metal additive manufacturing (SLM/LPBF), photovoltaic and battery production, precision micromachining, laser welding, cutting and drilling. Note: maximum positioning resolution of 20 bit is calculated over the full angular range, for example approximately 0.7 µrad at ±0.35 rad. Resolution better than 16 bit (11 µrad) requires SL2-100. Maximum laser power, scan-field size and typical spot size depend on the laser, beam diameter and F-Theta field lens; confirm the actual optical configuration with SCANLAB or an authorized distributor. System integration reference: System Component | Selection and Integration Considerations Laser | Select according to material 、 wavelength （ including DUV、UV、 Green light 、 Fiber 、CO2） and power ， Configure coating according to wavelength 。 intelliSCAN IV scanning galvanometer | Select according to incident beam diameter and power 10 / 14 / 20 / 30 mm。 F-Theta field lens | Select according to working distance 、 scan-field size 、 wavelength and target spot 。 RTC6 control board | supports SL2-100 / XY2-100 Enhanced interfaces and automatic detection ； with SCANahead scanner and laser delays can be set automatically 。 iDRIVE diagnostics | For scanning-galvanometer status monitoring and fault diagnosis 。 Process Monitoring and Cooling | High-power applications such as additive manufacturing may use process monitoring systems ， and select water or air cooling according to power 。
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Overview
Specifications
| Parameter | Value |
|---|---|
| Clear Aperture Dimension | 10 mm |
| Position Sensing Method | Analog position detector |
| Standard Coating (Wavelength Range) | YAG and fiber, green, UV, DUV and CO2 lasers |
| Optional Coatings | Multiwavelength, broadband, short-pulse and polarization-maintaining coatings |
| Typical Scan Angle [Optical angle] | ±0.35 rad (optical angle) |
| Typical Tuning Modes | SCANahead / Vector Tuning |
| Tracking Error | 0 ms(SCANahead); 0.08 ms( Vector Tuning ) |
| Positioning Speed | 57.6 m/s(SCANahead) 25.6 m/s( Vector Tuning ) |
| Writing Speed (High-Quality Mode) | 1200 cps(SCANahead) 710 cps( Vector Tuning ) |
| Writing Speed (Good-Quality Mode) | 1310 cps(SCANahead) 880 cps( Vector Tuning ) |
| Step Response Time [1% full scale] | 0.20 ms(SCANahead) 0.18 ms( Vector Tuning ) |
| Step Response Time [10% full scale] | 0.65 ms(SCANahead) 0.66 ms( Vector Tuning ) |
| Repeatability [RMS] | < 2 µrad |
| Maximum Positioning Resolution [Full angular range; e.g. approximately 0.7 µrad at ±0.35 rad; SL2-100 interface required for better than 16 bit (11 µrad)] | 20 bit |
| Nonlinearity [44°] | < 0.7 mrad / 44° |
| Temperature Drift (Zero Offset) | < 10 µrad/K |
| Temperature Drift (Gain) | < 10 ppm/K |
| Hourly Drift (Zero Offset) | < 40 µrad |
| Hourly Drift (Zero Offset) | < 50 µrad |
| Hourly Drift (Gain) | < 50 ppm |
| Gain Error | < 5 mrad |
| Zero Offset Error | < 5 mrad |
| Servo Control | Digital Servo Control Board |
| Control Interface | Digital SL2-100; digital XY2-100 Enhanced; automatic recognition |
| Advanced Diagnostics | Supports （iDRIVE） |
| Power Supply Requirements | 48 V DC， maximum 5 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) | ~ 2.9 kg |
| Dimensions (L × W × H, Standard Housing) | 147 mm × 102 mm × 135 mm |
| Beam Offset | 12.54 mm |
| Water Cooling | Supported |
| Air Cooling | Supported |
| Operating Temperature | 25 °C ± 10 °C |
Applications
Key Features
Datasheet
Supplier Information
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