INTELLISCANDE III14-532NM SCANLAB Laser galvanometer scanner module

INTELLISCANDE III14-532NM SCANLAB Laser galvanometer scanner module

Specific Parameters​

Laser and Scanning Parameters​

Applicable Wavelength 532nm (green laser)​

Scan Angle ±14°, expandable up to 90° maximum​

Scan Speed Up to 8000mm/s, positioning speed up to 5.0m/s​

Spot Size Less than 20μm (under standard configuration)​

Pulse Repetition Frequency Up to 100kHz​

Maximum Output Power 10W​

Positioning Accuracy Less than 1μm, repeat positioning error ±2μm​

Tracking Error 0.15ms (in sharp edge tuning mode)​

Resolution Up to 16 bits​

Scan Range 14mm×14mm (standard range)​

Electrical and Interface Parameters​

Input Voltage 24V DC, output voltage 24V DC​

Communication Interfaces Supports EtherCAT, PROFINET high-speed industrial communication protocols, compatible with digital and analog interfaces​

Control Technology Integrates control algorithm based on iDRIVE technology, supporting dynamic trajectory adjustment​

Tuning Configuration Up to 3 tuning modes installable, adapting to different processing needs​

Diagnostic Function Built-in fault diagnosis module, real-time monitoring system integrity and reporting errors​

Mechanical and Environmental Parameters​

Overall Dimensions 55mm×55mm×25mm (L×W×H)​

Aperture Size 14mm​

Weight Approximately 150g​

Protection Rating IP20, with basic dust-proof capability​

Cooling Method Optional water cooling or air cooling system​

Operating Temperature -20℃ to 60℃, no performance derating over the entire temperature range​

Storage Temperature -20℃ to 70℃, meeting extreme storage and transportation requirements​

Standard Coating Special optical coating adapted to multiple laser systems​

Product Performance​

Extremely high positioning accuracy, less than 1μm positioning accuracy and ±2μm repeat positioning error, ensuring high-precision processing quality​

Excellent scanning speed, 8000mm/s high-speed scanning with 5.0m/s positioning speed, significantly improving processing efficiency​

Fast dynamic response, low-inertia galvanometer design, 0.15ms tracking error enabling rapid trajectory switching​

Strong integration compatibility, supporting multiple communication protocols and laser source adaptation, easily integrating into existing automation systems​

Good operational stability, industrial-grade components and wide-temperature design, tolerating complex industrial processing environments​

Flexible cooling adaptation, optional water cooling or air cooling solutions, meeting heat dissipation needs of different power scenarios​

Comprehensive diagnostic mechanism, real-time monitoring system status, fast error reporting when faulty, reducing downtime​

Wide processing adaptation, compatible with processing of multiple materials such as metal, plastic, ceramic and semiconductor​