Optrans JAPAN
Bringing to Light
Tomorrow’s Technology Today
Optrans — the unparalleled choice to provide better, faster, smaller, less expensive industry solutions — to bring your project to light.
Address: 241 Noborito Tama-ku, Kawasaki Kanagawa, Japan
Phone: 044-932-6491
Fax: 044-932-8281
E-mail: [email protected] (English and Japanese)
Statement
Global leader. Global force.
“Our concept is quite simple. The innovative engineers at
Optrans transform unique ideas into actual production to
meet our customers’ specific needs.”
“We work with clients individually, customizing solutions. At Optrans,
we delight in exceeding our client’s expectations and developing
long-term business relationships — a true partnership”
– Katsuya Homma, CEO
About Optrans
Global industry leader in research, development and manufacturing of high-end, custom-design photoelectronic devices and systems for OEMs. In 1987, Optrans established its global headquarters in Kawasaki, Japan. In 1994, Optrans America opened its United States office in New York State.
Optrans combines extensive internal custom engineering expertise with the most up-to-date manufacturing processes to create a broad spectrum product line and packaging, including: UV LEDs, Visible LEDs, IR LEDs, POINT SOURCE LEDs, Photodiodes and Phototransistors.
By exceeding customer expectations to build long-term business relationships, the Optrans team encourages open communication, flexibility and a true collaborative approach, as well as their guarantee of superior customer service and optimum product quality.
With the development and manufacture of Indium Phosphide (InP) wafers and unique packaging, Optrans continues to be poised to meet the growing demand in the microelectronics and telecommunication industries.
Indium Phosphide
Epitaxial Wafers
At Optrans, advanced manufacturing techniques produce the highest reliability, highest quality wafers
on the market. Indium Phosphide is especially noted for its high speed, low noise and low voltage
characteristics. All work done in-house at Optrans, including ultra-high-speed InP/InGaAs.