1 / 10
Industry panel discussion at Space Foundation Space Symposium featuring aerospace and defense leaders discussing spacecraft technology, satellite systems, and space industry innovation. Deposition Sciences participates in major aerospace conferences showcasing thermal control materials, optical coatings, and space-qualified products for satellite and spacecraft applications. Event highlights Lockheed Martin company presence in commercial and government space sectors.
2 / 10
Exterior view of Deposition Sciences' Santa Rosa, California manufacturing campus featuring modern industrial architecture with Class 100 and Class 1000 cleanroom facilities. The 144,000 square-foot Lockheed Martin facility produces spacecraft thermal control materials, precision optical coatings, and MicroDyn® magnetron sputtered coatings for aerospace, defense, and satellite applications. Landscaped grounds surround the advanced thin film coating production center.
3 / 10
Cleanroom technician inspecting precision optical bandpass filter with red/orange wavelength transmission coating. DSI's quality control process ensures MicroDyn® magnetron sputtered coatings meet aerospace and defense specifications for MWIR infrared applications, thermal imaging systems, and hyperspectral sensors. Multi-layer thin film coatings manufactured to military specifications with rigorous environmental testing protocols.
4 / 10
Marketing graphic showcasing Deposition Sciences' reliable thin film coating capabilities including flexible substrate coatings, optical filters, and dark mirror components. DSI's Lockheed Martin-owned facility produces space-qualified coatings using MicroDyn® magnetron sputtering technology for aerospace, defense, satellite thermal control, and precision optics applications. Products feature superior density, durability, and environmental stability.Marketing graphic showcasing Deposition Sciences' reliable thin film coating capabilities including flexible substrate coatings, optical filters, and dark mirror components. DSI's Lockheed Martin-owned facility produces space-qualified coatings using MicroDyn® magnetron sputtering technology for aerospace, defense, satellite thermal control, and precision optics applications. Products feature superior density, durability, and environmental stability.
5 / 10
Marketing graphic featuring DSI's precision bandpass filter with pink/rose wavelength transmission coating. Deposition Sciences manufactures narrow, broad, and multi-wavelength bandpass filters using MicroDyn® magnetron sputtering technology for visible through MWIR applications including thermal imaging, LIDAR systems, hyperspectral sensors, biomedical imaging, and aerospace defense optical systems. Lockheed Martin company product.
6 / 10
Marketing graphic featuring DSI's Sunshade® thermal control material on communications satellite in Earth orbit. The RF-transparent all-dielectric coating provides solar reflectance ≥86% while maintaining full antenna performance across L through V bands for satellite communications. Sunshade® materials offer ESD protection, flexible installation, and 20+ years space heritage for LEO, MEO, GEO, and deep space missions. Lockheed Martin Deposition Sciences product.
7 / 10
Marketing graphic showcasing DSI's precision notch filters with green wavelength blocking characteristics manufactured using MicroDyn® magnetron sputtering technology. Three optical components demonstrate selective wavelength blocking while transmitting shorter and longer wavelengths for CO₂ absorption blocking in thermal imaging, laser protection eyewear, Raman spectroscopy, and aerospace defense applications. Deposition Sciences Lockheed Martin company product.
8 / 10
Technician in white cleanroom suit installing DSI's Sunshade® thermal control material on spacecraft equipment in controlled manufacturing environment. The flexible, conformable material provides thermal control with RF transparency for satellite communications while maintaining electrostatic discharge protection. Features reflective, flexible, and lightweight properties optimized for space applications.
9 / 10
Deposition Sciences' Sunshade® thermal control material displaying the reflective silver coating on flexible Kapton substrate. This all-dielectric thin film coating provides superior solar reflectance (≥86%) while maintaining RF transparency below 69 GHz for satellite antenna applications. Product offers conformable, lightweight thermal management for LEO, MEO, and GEO spacecraft missions.
10 / 10
Cleanroom technicians in blue nitrile gloves carefully handling DSI's Sunshade® space thermal control material on inspection table. The material features precision-applied thin film coatings providing thermal control and ESD protection for spacecraft applications. Manufactured in Lockheed Martin's Santa Rosa, California facility with Class 100/1000 cleanroom standards ensuring space-qualified quality.
❮
❯
