Opto Diode's On-Shore Wafer Fabrication Plant In Full Production
Newbury Park, CA -- Opto Diode Corporation announces the completion of their new domestic wafer fabrication facility in Newbury Park, California. The company, a global supplier of visible, high power LEDs and IRLEDs, recently introduced their first line of high performance photodiodes and now offers both silicon photodetectors and gallium aluminum arsenide devices.
Opto Diode's Class 1000 clean room facility and 6 " wafer line is now in full production with the completion of their in-house wafer fab. The company offers quick turnaround prototyping services and high-volume production capabilities.
According to Russ Dahl, Director of Sales and Marketing, "Our new facility is ideally designed to produce quick photodiode prototypes. We produce both 100 mm and 150 mm wafers and offer the capability of very high volume production to our customers. Our on-shore facility also gives our customers a clear advantage in low cost, high volume and fast delivery that overseas manufacturers simply cannot match."
Opto Diode delivers excellent responsivity, high volume, and low-cost silicon and specialty photodetectors. The company continues to offer a full catalog of high quality, infrared and visible LEDs, standard and custom products, available now from the Southern California facility.
Opto Diode Corporation, based in Newbury Park, California, has been supplying the global market with reliable, high quality infrared (IR) LEDs and custom LEDs in the visible range since 1981. The Company recently introduced a new family of products: High-performance photodetectors, both standard and custom devices that are also manufactured at the U.S. facility. Opto Diode's signature high standards and uncompromising attention to quality and detail inherent in the LEDs, are now incorporated in the new photodetectors product line. Opto Diode's domestic U. S. plant offers short lead times, excellent quality and demanding standards to meet your strictest requirements. For more information, please visit: www.optodiode.com.
Source: Opto Diode Corporation