GT Advanced Technologies Inc fka GTAT

[FerdinandDaBull]

GTAT is supplying technology enabling Ti:Sapphire crystals to laser experts worldwide for the development of next generation medical treatments.

Applications

HEM Ti:Sapphire's wide emission range, (660 nm to 1180 nm), high-power density pumping capability along with excellent crystalline structure enable today’s high intensity laser platforms. The high intensity platforms utilize Ti:Sapphire because of high peak-power, short pulses, increasing repetition rates and excellent beam quality and control. These facilities are creating the next generation of laser based applications such as radio therapy, proton therapy, accelerator physics, nuclear physics, infrared spectroscopy and materials characterization. GT Crystal Systems works closely with its customers to promote new designs and technology for the advancement of high intensity lasers.

http://www.gtat.com/products-and-services-HEM-Tisapphire.htm