LASER MICROMACHINING OF MEMS RESONATORS FROM BULK OPTICALLY TRANSPARENT MATERIAL

Number of patents in Portfolio can not be more than 2000

United States of America

APP PUB NO 20250091861A1
SERIAL NO

18727238

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Abstract

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Systems, processes and devices are provided for laser-based manufacturing of resonators and MEMS devices from bulk material including optically transparent material. Processes include digital marking of resonator structures in bulk material through non-linear interaction of ultrafast laser beam inscribing and material. The resonator structure may be defined and released through selective wet etching of the laser-modified areas, utilizing a combination of basic and acidic aqueous solutions. Processes can also include hydrofluoric thinning prior to wet etching to prevent laser surface damages. Systems and processes can pattern and fabricate resonator structures and concentricring structures. Embodiments provide miniaturized vibratory sensors from low loss material, such as fused silica and quartz, with an improved resolution and accuracy of measurements for inertial sensing, time referencing, bio-sensing and acoustic sensing.

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Patent Owner(s)

Patent OwnerAddress
THE REGENTS OF THE UNIVERSITY OF CALIFORNIA1111 FRANKLIN STREET TWELFTH FLOOR OAKLAND CA 94607-5200

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Inventor(s)

Inventor Name Address # of filed Patents Total Citations
SHKEL, Andrei M irvine, US 33 929
VATANPARVAR, Daryosh Irvine, US 1 0
WANG, Danmeng Irvine, US 1 0

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