By Nanovac AB
As our business is really dependant on vacuum, we provide a range of vacuum pumps, suitable for laboratory/industrial use.
Horizontally loaded thermal vacuum test chambers allows for horizontal loading of the DUT (device under test). Our solutions are to a large extent custom designed, as dimensions of the DUT many times drive the size of the chambers. Inner diameters typically range from 500mm in diameter up to several meters depending on the enduser test requirements. We can deliver with hinged doors in both the front and rear of the chamber, alternatively having only one end with a door. The door can be left or right hinged, or mounted on a sliding mechanism. By default the thermal test plate is installed on a sliding rail mechanism to simplify loading/unloading and setup of the test campaign.
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We are specialists in providing advanced vacuum test chambers. Our solutions range from small table top solutions to large complete installations. We offer a range of products, including some “off the shelf” solutions (TVC225 and TVC025). All of these chambers can be equipped to meet your exact requirements, with the capability of cycling temperatures between -180°C to 200°C (higher temperatures available if required) at pressures below 1E-6 torr.
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The system featured in our SmallSat 2026 material is the TVC800-800SQ, one of our most requested thermal vacuum chamber platforms. It offers a practical combination of useful test volume, thermal performance, high-vacuum capability and day-to-day usability for satellite hardware and subsystem testing.
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At Nanovac, we design and manufacture thermal vacuum chambers and space simulation systems to help teams meet those demands. From compact setups for components and CubeSats to larger systems for satellite testing, our focus is on equipment that works in everyday engineering practice.
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