WebOptiforms is a leading supplier of Electro-Optical/Infrared (EO/IR) Cold Shields for IR imaging and surveillance applications in the defense and commercial industries. Optiforms has achieved 96-100% approval ratings from companies such as Raytheon Missile Systems, Lockheed Martin, L3 Cincinnati Electronics, FLIR, DRS Network and Imaging (NIS) LLC. WebOptiforms primarily uses electroplating to enhance reflectivity of precision optical components. ELECTRO-DEPOSITED PLATINGS PLATED GOLD RHODIUM ENHANCED RHODIUM FOR VISIBLE Need a Custom Electro-plating Solution? Premium plating services tailored to your specifications Submit Inquiry Reflector Refurbishment Surface Finishing …
Optiforms Inc. Temecula, California, CA 92590-4810
WebManufacturer of precision metal components and reflective surface finishes, including parabolic and elliptical reflectors, CPCs, and OAPs, as well as cold shields and … WebOptiforms has developed a range of surface enhancements that meet the requirements of our standard applications including both elctro-deposited and vacuum deposited coatings. Our thin film laboratory is a leader in electro and vacuum deposited optical coatings where maximum performance is a priority. c and a contracts
Nickel Metal - Optiforms, Inc.
WebOptiforms primarily uses electroplating to enhance the reflectance of optical components like reflectors, CPCs and troughs, based on desired spectrum, visible or Infrared (IR). Our electrodeposited plating facility offers you: Plating unique components of various complex geometries Components over 20 inches (508 millimeter) in diameter WebOptiforms provides precise electroformed and optical products to the lighting, aerospace, military, industrial and opto-electronics markets. Our optical reflector products are manufactured to the highest tolerances for maximum physical and operational performance. WebOptiforms fabricates hollow CPC’s using electroforming technology. The substrate would be Nickel with a specular internal surface. The advantage to this is that the light energy does not need to pass through the surfaces of glass upon entrance and exit. See design considerations for manufacturing electroformed components. fish nelson \\u0026 holden llc