Boulder Nonlinear Systems, Inc.
450 Courtney Way, #107
Lafayette CO Colorado
United States 80026
Lafayette CO Colorado
United States 80026
Phone:
(303)604-0077
Tags:
components gratings modulators optical
Boulder Nonlinear Systems - Technology in a New Light contact us | about us | site map Boulder Nonlinear Systems manufactures and sells high-speed liquid crystal components including spatial light modulators, polarization rotators, and shutters to OEM partners and researchers for a range of applications such as telecommunications, medical imaging, adaptive optics and optical computing. We have been building high quality liquid crystal components for over 17 years. Combining decades of engineering experience with world-class production facilities, we are equipped with both the technological resources and the knowledge to guarantee success for your most complex electro-optic requirements. The prism's envy. BNS's unique 512x512 multi-level/analog Liquid Crystal Spatial Light Modulator is a very high frame rate device that can modulate light in pure amplitude, pure phase, or coupled amplitude and phase. Without touching. “Noninvasive Micromanipulation. Microscale objects are manipulated in 3D using optical forces. This unique proprietary technology, Holographic Optical Trapping (HOT), invented at the University of Chicago, has been commercialized by Arryx Inc. through a partnership with Boulder Nonlinear Systems.” Helping our Customers Succeed "Boulder Nonlinear Systems has pioneered the creation of innovative and compact Spatial Light Modulators. Their high-density, phase-only devices have given us at Arryx an unprecedented ability to control light in a large number of new and exciting ways.“ — Kenneth Bradley, Ph.D. V.P. - Operations Arryx, Inc. http://www.arryx.com "BNS has provided us with high quality SLMs and prompt customer support. They have been a great supplier.“ — David Bruce, CEO Look Dynamics "BNS is the only company that could supply us with amplitude and phase spatial light modulators that met our requirements. The BNS SLMs enabled us to build an optical correlator that meets its predicted performance.“ — Dan Gibbs Innovative Signal Analysi
