Capabilities
additive manufacturing process
electroforming
Optical Reflectors to Non-Imaging Optics and More
Electroforming is a process that creates precise metal components by using electrolytic deposition of metal onto a mold, referred to as the mandrel.
Electroforming can be used to create optical reflectors of various shapes and sizes, such as parabolic, elliptical, or spherical to non-imaging optics that transfer light from a source to a target with optimal efficiency and desired distribution.
Application Specific
With electroforming, you can:
– perform ultra-precision processing and replicate the shape and surface of the mandrel with high fidelity.
– adjust the physical properties of the deposited metal, such as hardness, strength, ductility, and conductivity.
– make parts with complex shapes and high aspect ratios that are difficult or impossible to achieve by other methods.
– reduce material waste and save costs as only the required amount of metal is deposited.
– produce parts with low stress and no tool marks that have excellent mechanical and optical properties.
additive manufacturing process
Machined Components
Integrated Dewar Cooler Assembly (IDCA) Components
- Cold Shields
- Window Housings
- Cold Fingers
- Customized Apertures
- Thermal Insulators
Electronics Chassis
Chassis for Communnication and Telemetry Systems
Custom Machined Components
Need a Custom Component?
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Optical Coatings
Physical Vapor Deposition
Broadband Metallic Coatings
Bare Gold, Protected Gold, Protected Silver, Aluminum SiO2, Aluminum MgF2
Enhanced Metallic Coatings
Enhanced Rhodium, Enhanced Aluminum, Enhanced Gold, Silver Reflectance
Ultraviolet Coatings
Aluminum MgF2, Enhanced Aluminum for UV, Deep UV with IR Absorber, UV Dichoric Cold with IR Absorber
additive manufacturing process
Electro-Deposited Platings
Optical Reflectors
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Non-Imaging Optics
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Application Specific
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