Headquartered near the UCLA campus in Los Angeles, the company says that the new investment will fuel the expansion of its engineering and operations teams, and accelerate mass production of the ...

and a 15-μm-thick post-polished silicon layer for the mirror, grown in a new epitaxial deposition process that was co-developed with a MEMS foundry. The device was delivered to JPL in 2009 (Fig.

It accomplishes this with a “pico-projector” consisting of red, blue, and green lasers and a pair of MEMS mirrors. The projector can adjust the linearity and brightness of the display to ...

affordable microelectromechanical systems (MEMS) step-scanning mirror for multiple markets. Streamlining the production of MEMS sensors — which have been limited by expensive, laborious ...