Reynard is excited to introduce a new Diamond-Like Carbon (DLC) technology offering superior spectral performance while offering all of the expected durability of DLC coatings. ClearDLC™ coatings offer high transmission from the visible to the long wave infrared (LWIR) and can be deposited on a variety of substrate materials.
Datasheet available here for more information.
ColorLock® filters are angle insensitive absorbing glass filters used for wide-area imaging. These filters are designed using various substrate elements to create a filter configuration that meets specific requirements in spectral performance and durability, passing MIL-SPEC severe abrasion and temperature/humidity.
Datasheet available for more information.
Indium Arsenide (InAs) combines the refractive index profile of silicon with a short-wavelength blocking range broader than germanium. Reynard Corporation routinely manufactures InAs windows with surface qualities approaching 10-5 per MIL-PRF-13830. Substrates can be coated and verified to meet any customer spectral requirement from room temperature to 80K. Coatings are routinely verified to pass the adhesion, humidity, and moderate abrasion requirements of MIL-C-48497A.
Bullseye® Apodizing filters are customizable density gradient filters that change radially from the center to the outside of the optical component. These filters are used to eliminate undesirable intensity variations in optical systems or to modify the wavefront of an optical source.
Reynard Corporation offers a wide range of custom and in stock beamsplitters. We customize our beamspltters to meet your specific spectral and quality requirements at a competitive price. Our engineers are ready to help you with your design requirements at the beginning of your project.
Custom optical components, thin film coatings, photolithography and optical and mechanical fabrication.