Archives for May 2019

Reynard Corporation, Manufacturer of high-performance thin film optical coatings, is pleased to announce that it has been awarded ISO 9001:2015 Quality Management System Certification from The Paragon Group Registrar. San [...]

Apodizing filters eliminate undesirable intensity variations in optical systems Reynard Corporation announces the Bullseye® inverted apodizing neutral density filter. This filter is part of the Bullseye® apodizer line of customizable [...]

Reynard Corporation successfully completes a Navy Phase II SBIR development Reynard Corporation has successfully completed a Phase II SBIR development program for the Navy by delivering a specialized, multi-functional optical [...]

Customizable variable density functions in a compact footprint Reynard Corporation, an international supplier of optical components and thin film coatings announces complete customization of their Circular Variable Neutral Density (CVND) [...]

A unique way of monitoring corrosive environments Thin film-based environmental gauges are manufactured by depositing environmentally susceptible coating materials onto an inert substrate. Coating materials are typically deposited in a [...]

Reynard Corporation, a leading global supplier of optical components and custom thin film coatings announces the addition of polished and coated indium arsenide (InAs) to its list of manufacturing capabilities. [...]

Durable metal coatings allow for hermetically sealed optics Reynard Corporation, a leading global supplier of optical components and custom thin film coatings specializes in manufacturing high performance metalized windows. Metalized [...]

Stable operation in the LWIR wavelength band Reynard Corporation, a leading global supplier of optical components and custom thin film coatings announce a broadband IR laser output coupler. Output couplers [...]

Utilizing a variety of thin film transparent-conductive materials Reynard Corporation announces custom photolithography services to manufacture patterned optics. Our contact exposing technique can achieve geometries as small as 5 microns [...]