Chalcogenide Glasses for IR Sensing Applications

Product Announcement from SCHOTT North America, Inc. - Defense

Chalcogenide Glasses for IR Sensing Applications-Image

SCHOTT Produces Chalcogenide Glass in the United States for the First Time

December 7, 2011 (Duryea, PA and Arlington, VA) Following its announcement at the SPIE Optics & Photonics Show in August, SCHOTT North America, Inc. (SCHOTT) today announced the availability of chalcogenide glasses for infrared (IR) sensing applications. This production kickoff marks the first time SCHOTT will produce chalcogenide glass components in the United States.

To showcase the US chalcogenide production, an inaugural customer open house and simulcast live webinar will be held today at the SCHOTT Duryea facility. The first event of its kind for SCHOTT, this will be an opportunity for customers and experts to discuss this important material.

The event will be hosted by Dr. Marita Paasch, Vice President of SCHOTT Advanced Optics (worldwide), Dr. Heather Rayle, Vice President and General Manager of SCHOTT Advanced Optics at SCHOTT North America, Inc., and Scott Custer, Major General, US Air Force (Ret) and now head of SCHOTT Defense.

Together with The Optical Society of America (OSA), SCHOTT will host a seminar on site -available online as a live webinar - led by Kevin P. Thompson, PhD. Dr. Thompson is the Group Director, Research and Development for Optics at Synopsys, Inc. He will lead a webinar entitled 'Optical Design in the Infrared: The world has changed - new materials, methods, and solutions to address new challenges.' An open invitation can be found here:

In addition to the webinar, several other events have been scheduled for the open house:
• Dr. Heather Rayle, VP and General Manager of the Duryea site, and Stephen Sokach, Director Sales & Marketing for the Americas, will lead a discussion on the IR business.
• Dr. Nathan Carlie, Research & Development Scientist for SCHOTT's North American R&D center will present

Learn more about the properties and applications of Infrared Chalcogenide Glasses