Optical MEMS (MOEMS)

       
 
             
 

Optical Beam Steering Mirrors for Optical Switches and Projection Technologies

 

Prototype/demonstration 2D micromirror scanner devices are now available for purchase

 

Video demonstrations of the MEMS 2D Laser Scanners can be downloaded and viewed here(New!)

Video demonstration of a Tip-Tilt-Piston MEMS Mirror Array can be viewed here(New!)

 
 

ARI Micromirror Description (pdf) (New!)

 

B Series Gimbal-less Two-Axis Devices -Specifications (pdf) (New!)

L Series Gimbal-less Two-Axis Devices - Specifications (pdf) (New!)

M Series Gimbal-less Two-Axis Devices - Specifications (pdf) (New!)

 
 

ARI has developed new types of torsional micromirror design for optical beam steering in switching and projection applications.  This new technology, fabricated using deep-trench etching of silicon, features 2 degrees of freedom with position sensing.  For best repeatability and reliability, we fabricate fully monolithic silicon microstructures, with no bonding or deposited structural materials.  400 p-to-p of static optical deflection have been demonstrated.  This new micromirror design includes all of the necessary features for optical switching applications, automotive display and collision avoidance applications, including a low switching time, high reliability, and batch fabrication for low cost.

   

The methodology of lateral actuation for beam-steering micromirrors was first developed by Prof. Pister at the Berkeley Sensor and Actuator Center.

   

Adriatic Research Institute is seeking commercial partners for further development, licensing, and commercialization of the devices.

   
 

V. Milanovic, S. Kwon, L. P. Lee,”High Aspect Ratio Micromirror with Independent Tilt and Piston Actuation,” submitted to Photonics and Technology Letters, May 2002.

 

V. Milanovic, M. Last, K. Pister, “Torsional Micromirrors with Lateral Actuators,” Transducers’01 Symposium, Muenchen, Germany, June 2001.