A Novel Solution for mid-IR Lasers
Scalable
Compact Form Factor
Optimum Thermal Management
A Novel Solution for mid-IR Lasers
Scalable
Compact Form Factor
Optimum Thermal Management
About Hye Tech Optics
About Us
About Us
About Us
HYE TECH Optic is at the forefront of developing new hybrid Mid-IR laser, combining the unique strengths of gas lasers with the advancements of semiconductor manufacturing. Our innovative systems merge the high output power, wavelength tunability, and superior beam quality of traditional Mid-IR gas lasers with the scalability, high therm
HYE TECH Optic is at the forefront of developing new hybrid Mid-IR laser, combining the unique strengths of gas lasers with the advancements of semiconductor manufacturing. Our innovative systems merge the high output power, wavelength tunability, and superior beam quality of traditional Mid-IR gas lasers with the scalability, high thermal efficiency, and compact design of semiconductor technology platform.
Our Team
About Us
About Us
The founder of HYE TECH OPTICS has over 14 years of experience in photonics and optical packaging, playing a pivotal role in several successful startups, including acquisitions and mergers. With expertise covering the entire product development cycle, from design to manufacturing, he holds two U.S. patents for their innovations in optical
The founder of HYE TECH OPTICS has over 14 years of experience in photonics and optical packaging, playing a pivotal role in several successful startups, including acquisitions and mergers. With expertise covering the entire product development cycle, from design to manufacturing, he holds two U.S. patents for their innovations in optical packaging. His extensive knowledge of semiconductor fabrication and optical systems is central to the company’s mission to advance laser technologies.
The company's Chief Technology Officer (CTO) specializes in optical science and engineering, particularly in gas-filled hollow-core fiber lasers. His research, including pioneering work on N2O-filled fiber lasers emitting at 4.6 µm, has been published and widely cited, showcasing its significance in the field.