
WHO WE ARE
We are an independent, fabless MEMS product company with over 10 years of experience in high-quality MEMS design and manufacturing.
What makes us different? Innovation is in our DNA. We retain extensive in-house design expertise and intellectual property rights of over 20 patents, as a leading supplier of MEMS optical chips.
With global partnerships and clientele, we specialize in designing chips for: variable optical attenuators, optical switches, tuneable filters, wavelength selective switches, optical shutters, and more.
OUR FEATURED PRODUCTS
Preciseley MEMS tilting mirrors are designed to operate in a quasi-static mode with excellent stability and repeatability in open-loop operation without additional…
The MEMS scanning mirror chip tilts to allow high speed fully controlled non-resonant and resonant beam steering. Actuation is by ultra-low current…
The translating (out of plane moving) MEMS mirror chip is designed for quasi-static operation and has stability and repeatability suitable for applications…
The Preciseley MEMS shutter chip has a clear optical path which can be interrupted by a blocker that moves in the plane…
High density mirror array chips are available for multiple or dispersed beam steering on 1-axis or 2-axis. The designs high mirror counts…
The Preciseley Driver board is an all in one solution providing four channels of arbitrary waveform generation up to 50V/190V to actuate…
PMC EVK-LiDAR evaluation board is capable to generate high voltage waveforms required to control the PMC MEMS mirrors. The setup is equipped…
LATEST NEWS
May 20, 2022
PMC CEO David Somo: MEMs the word
OFC 2022 – San Diego – Preciseley Microtechnology Corporation (PMC) President and CEO David…
Dec 8, 2021
Preciseley Microtechnology Corporation Gains Strategic Investment from Leading Global Automotive Supplier Hankook & Company…
Jul 6, 2021
Preciseley Microtechnology Corporation Strengthens its Executive Leadership Team
Company Continues Investment to Expand its Product Portfolio for 5G Networks, Datacenters, AR/VR and…