Through the course of a 2017 Office of Naval Research (ONR) sponsored STTR P1 program the Agnitron Technology and UCSB team completed major strides to improve capabilities for Metal Organic Chemical Vapor Deposition (MOCVD) growth of high crystal quality β-Ga2O3…
CrayoNano AS of Norway partnered with Agnitron Technology for an extended material growth initiative which concluded in October 2017. The growth activities were performed at Agnitron’s MOCVD laboratory and served to jump-start CrayoNano’s technology development activities while awaiting completion of…
Agnitron has expanded their β-Ga2O3 R&D efforts to study incorporation of Aluminum for the purpose of enabling bandgap engineering within the material system. The Phase I program is funded by the Air Force and builds off of related work described…
Ross Miller, Vice President of Marketing and Sales for Agnitron, will deliver an invited talk at the AVS Minnesota Chapter Meeting on September 26, 2017 titled, "MOCVD Growth and Equipment Trends Driven by Next Generation Power Electronic Devices" and will…
Agnitron has confirmed an order to supply 2 production-scale MOCVD systems for a laser diode production company expanding operations to a new facility in Asia. The As/P growth systems will provide additional production capacity to support the expanding operation and…
Agnitron Technology and SVT Associates (SVTA) have announced a technical collaboration to offer material science researchers an advanced R&D equipment platform combining both MOCVD and MBE reactors in an integrated system. This collaboration leverages the strong track record of both…
Agnitron has received an order from a California-based company to supply an MOCVD system for growth of communication laser-diode structures. The small production-scale MOCVD system will offer 6x2” wafer loading with a high-speed rotating vertical reactor configuration. Included with the…
Agnitron will be supplying two Imperium-MOCVD™ control software licenses to a US Government National Laboratory in 2016. The upgrades will be installed on legacy MOCVD systems which no longer receive factory support and use both DeviceNet and analog device communication protocols. One…
Agnitron and the University of California, Santa Barbara are partnering to study fundamentals of the β-Ga2O3 MOCVD growth process in an upcoming Navy Funded research program. The effort combines world renowned crystal growth and material science expertise from UCSB with Agnitron's…
Agnitron Technology has been selected by an Eastern US University to supply a custom R&D MOCVD system to support an advanced oxide material research and development program at the University. The supplied system is a high-speed rotating disc reactor configuration and offers…