MEMS mirror scanning module with 34 ° Field of View (FoV) is designed for two axis collimated laser beam (or 2D optical) scanning applications. An optical cell built-in with MEMS mirror with 2200 Hz Resonat Frequency and laser is special design for the applications that require miniature, high speed, long-term stability, lower power consumption and low cost solution. Plug-and-play compact design is suitable for all kinds of single mode laser beam-steering applications.
Features
MirrorcleTech Gimbal-less MEMS designed for high speed two-axis laser beam steering
Resonant Frequency X and Y at 2200 Hz
34° Degree Optical Scanning angle (Field of View)
Large angles in point-to-point (quasi-static) or resonant mode of operation
Robust compact design for long-term stability
Small form factor mass product ready
Standard Laser wavelength with 405nm, 450nm, 520nm, and 638nm.
(Others laser wavelength upon request)
Custom MEMS actuator with other speed upon request.
Custom-designed scanning module upon request.
Works with any Mirrorcle MEMS driver and MEMS controller
MEMS
MEMS Mirror: A7M10.2-1000AL
Bandwidth: ~2200HZ in LPF-Based Driving
FoV: Approx. 34° x 34°
Wavelength Options: 638nm, 520nm, 450nm, 405nm
Divergence (half angle, average): <2.5mrad
Applications
Lidar and 3D Scan
3D metrology
Bio imaging
3D tracking/Scanning
Laser marking
Free space communication
“SensLite represents Mirrorcle products in Taiwan local market only, please contact memsmirror@senslite.com.tw for inquiry in Taiwan.
