Kent Optronics, Inc
- 40 Corporate Park Rd
- Hopewell Junction, New York
- 12533-6557
- Phone: 845.897.0138
- Website
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Description
We provide design and prototyping service in liquid crystal devices and components to meet customer specific needs. Our specialties are in liquid crystal light shutter, switchable mirror, tunable filter, phase and amplitude spatial light modulators (SLM), as well as their analogues and/or derivatives.
Dr. Haiping Yu supervises the R&D and prototype/product development departments. He has over 20-years of combined experience in multi-subject Physics Research and new product development. As the senior technology officer of KOI, his responsibilities include program management and R&D activities. Prior to KOI, he served as a senior project manager in Reveo, Inc. Before joining Reveo, Dr. Yu worked at the Interdisciplinary Research Center for Semiconductors (IRC) at Imperial College. Dr. Yu obtained his Ph.D. in Physics at Fudan University, Shanghai, China in 1988. He has published over 40 academic papers in liquid crystal, optical components/devices, fiber optics, semiconductor structure/device, and laser spectroscopy. He also holds more than 6 patents covering liquid crystal and optical subsystem/devices.
Kent Optronics, Inc provides custom solutions to liquid crystal material formulation, liquid crystal device design and spectral imaging / display development. Our previous success over the past years has proven our capability in fulfilling our customers' needs in a timely and efficient manner.
Kent Optronics, Inc. (KOI) was incorporated in the State of Ohio and started formal operation in 2000 when it got its first SBIR funding from the Air Force. The company is located in an industry park at 40 Corporate Park Drive in Hopewell Junction, New York with a field office near Kent State University, Ohio. The company is 100% employee owned.
Our mission is to develop and commercialize advanced electro-optical solutions and systems by leveraging our world-class expertise in liquid crystal, optics, photonics components and fabrication techniques.