Nano OPS Inc., the world’s first Nanoscale Printing System provider for electronics and sensors manufacturing, announced that it has sold a FLEX RD system, its flag-ship electronics manufacturing system for printing on flexible substrates to the Advanced Technology Institute at the University of Surrey located in Guildford, England. The FLEX RD system provides capabilities to make nano and micro-scale printed electronics devices on flexible substrates. The printing process was demonstrated by printing a variety of metal, semiconductor, and insulator materials in sizes ranging from 100 microns down to 400 nanometers onto flexible substrates. Nano OPS, Inc. CEO Mr. Sudhir Jain said, “Nano OPS, Inc.’s mission is to democratize the semiconductor electronics manufacturing process by making affordable manufacturing technology accessible to everyone. Once installed at University of Surrey, the FLEX RD system will allow distinguished researchers at University of Surrey under Professor Silva’s direction to realize their innovation at massively lower costs and offer these capabilities to industrial partners in Europe.” Surrey distinguished Professor, Director of Advanced Technology Institute and Head of the Nano-Electronics Center, University of Surrey Professor of Solid State Electronics, Prof. Ravi Silva CBE stated: “Our objective is to develop processes that massively reduce the entry cost to manufacture by migrating from conventional processing such as and vacuum deposition and etching as essential elements in the processing of every device and utilizes Nano OPS FLEX RD system.”
Nano OPS, Inc
Nano OPS, Inc. is commercializing a patented, highly versatile additive nanomanufacturing platform for manufacturing at the nanoscale (down to 20nm) using any material on any substrate. The platform offers manufacturers of electronics, displays, and sensors a disruptive solution to make high-end products at substantially lower costs. Nano OPS, Inc. has built the world’s first fully automated nanoscale printing system for making sensors and electronics. The system can make sensors or electronics 1000 times smaller and 1000 times faster than 3D printing processes. The Nano OPS manufacturing process costs 10 to 100 times less than any conventional fabrication. The company has secured orders from several customers for its patented processing technology for the fabrication of electronics devices. Nano OPS is a spinout from Northeastern University in Boston. Nano OPS was founded by W. L. Smith professor Ahmed Busnaina, director of the NSF Center for High-rate Nanomanufacturing at Northeastern.
ATI Surrey
the Advanced Technology Institute (ATI), with over 160 researchers, was formed to create a one[1]stop research facility housing all of the University of Surrey activities in materials and devices for future electronics and photonics.
Send inquiry to info@nano-ops.net