By Dynavac - High Vacuum Thin Film Deposition
Dynavac’s complete space simulation systems are engineered to support testing across a broad spectrum—from smallsats and subsystems to fully integrated, large-scale spacecraft. Each space simulation chamber can be tailored to your mission requirements with configurable pumping systems, thermal controls, and instrumentation. Space simulation testing creates an environment that mirrors the conditions of outer space. Dynavac builds space simulation systems that replicate harsh temperature extremes and vacuum environments of space, ensuring aerospace systems will survive launch and operate reliably once on-orbit, all within a controlled lab environment. Whether you choose a standard model or a fully customized design, our systems deliver reliable test environments that validate performance under the harshest spaceflight conditions. As a world leader in thermal vacuum technology, Dynavac provides space simulation systems that replicate the unique challenges of space. Trusted by aerospace companies for decades, we support every stage of qualification and testing—from component bakeout and smallsat validation to large satellite and manned capsule testing. Our mission is to ensure your hardware passes rigorous space simulation testing, so you can launch with confidence. Custom-Built Solutions – Every mission is unique. We tailor chamber design, pumping technology, and thermal systems to fit your testing requirements. - Decades of Expertise – With 40+ years of experience in thermal vacuum and space simulation technology, Dynavac is a trusted partner to aerospace leaders worldwide. - Proven Reliability – Our systems are designed for maximum uptime, precision, and repeatability to meet the strictest spaceflight standards. - Custom-Built Solutions – Every mission is unique. We tailor chamber design, pumping technology, and thermal systems to fit your testing requirements. - End-to-End Support – From design and installation to operator training and long-term service, we provide complete lifecycle support. - Mission-Critical Results – Our goal is simple: help your hardware succeed in orbit by ensuring it is fully qualified to withstand spaceflight environments.

Dynavac’s Spectrum Pro Optical Monitoring System ensures process precision and reliability run after run. The system measures and adjusts deposition layer thickness via single wavelength or broadband monitoring giving an unparalleled level of control and automation for your precision optical coatings Dynavac’s Spectrum-Pro Broadband system allows the user to analyze and measure data across the entire spectrum of light. It builds upon the Single Wave Monitor platform, adding intelligent film analysis and in situ re-optimization. Wide-band measurements of coatings are obtained in real-time during deposition with a variety of high-speed spectrometers. Measurements are compared with coating models and adjusted in real-time to achieve coating performance targets. Spectrum Pro highlights - Broadband and single wavelength layer monitoring options - Reflectance, Transmittance; Direct or Indirect, intermittent, continuous monitoring modes available - Multiple detector support; Silicon, InGaAs, and PMT options - Interfaces with OptiLayer’s OptiReOpt to offer in situ coating re-optimization - Dual Monitor mode allows traditional turning point monitoring with secondary detector (QCM)
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Transparent Conductive Oxides (TCOs) - Zinc Tin Oxide (ZTO) - Indium Tin Oxide (ITO) - Aluminum Zinc Oxide (AZO) - Bismuth Tin Oxide (BiOSn) - Bismuth Oxide (BiO)
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A wide selection of substrate tooling and heating choices are available. We also design innovative custom tooling, heating, and material handling solutions. Single rotation - Flat calotte - Segmented fixture - Domed fixture - Flipping mechanism Planetary mechanism - Multi-planet, dual rotation configurations - Water-cooled plantetaries - Custom-engineered tooling
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