TVAC
The Kurt J. Lesker Company (KJLC) is a global pioneer in vacuum technology, offering cutting-edge Thermal Vacuum Chamber (TVAC) solutions designed to simulate the harsh environm...
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:The Kurt J. Lesker Company (KJLC) is a global pioneer in vacuum technology, offering cutting-edge Thermal Vacuum Chamber (TVAC) solutions designed to simulate the harsh environments of outer space. With over 70 years of expertise in vacuum science, and more than 2,000 systems deployed worldwide, KJLC provides scalable TVAC platforms tailored for small-scale satellites, mid-range spacecraft, and large-scale space hardware. Our TVAC systems simulate the deep vacuum and extreme thermal conditions of space to ensure reliability, performance, and mission success. Known for engineering precision, system reliability, and customer-centric service, KJLC TVAC chambers integrate ultra-high vacuum environments, thermal cycling, solar simulation, and real-time data acquisition for qualification, validation, and life cycle testing of aerospace components.
:Automate Your Lab.
:Scalable Chamber Sizes
:Satellite Scale
:Dimensions (Approximate)
:Pressure Ranges
:Box Chamber, 304 SS, 19.25" (488.95mm) High x 20.5" (520.7mm) Deep x 24" (609.6mm) Wide, Internal Dimensions
:CubeSats, Avionics, Modular Payloads
:From 10 -6 to 10 -8
:Box chamber, 304 SS, 54" (1371.6mm) High x 48" (1219.2mm) Deep x 72" (1828.8mm) Wide, Internal Dimensions
:Subsystems, Deployable Assets, Test Platforms
:From 10 -6 to 10 -7
:Cylindrical Chamber, 304 SS, 108" (2743.2mm) Round, External Dimensions, Length Independent
:Full Satellite Assemblies, Spacecraft Bus
:Programmable cooled breadboards provide temperature control from -50°C to +200°C. LN2 cooled breadboards to -100°C, and resistive elements to +250°C.
:Powered by eKLipse control platform for recipe-based automation and full signal logging.
:Custom configurations available to meet mission-specific needs.
:High-Vacuum Simulation
:Achieve pressure ranges from 10 -6 to 10 -8 Torr, replicating the vacuum of space
:Ideal for outgassing, thermal stress, and life-cycle durability testing
:Over 2,000 KJLC turn-key systems operate globally with robust vacuum control
:Vacuum systems capable of replicating near-space conditions are critical for evaluating materials and components under extreme environments. KJLC systems are designed to achieve ultra-high vacuum pressure ranges from 10 -6 to 10 -8 Torr, supporting testing protocols such as outgassing characterization, thermal stress assessment, and life-cycle durability studies. With over 2,000 turn-key systems currently in operation worldwide, KJLC platforms are used by research institutions and engineering teams seeking reliable control and consistency. These systems are applied in contexts ranging from aerospace component verification to satellite hardware qualification, where realistic vacuum simulation is necessary for accurate performance evaluation.
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