From Simple to Complex Thermal Vacuum Systems Abbess has you covered!
Abbess TVAC Thermal Vacuum Systems offer an integrated system solution for chamber environments where both vacuum pressure and temperature are crucial to a customer’s process or test. Test chambers can involve thermal plates and shrouds in a variety of materials and finishes which are isolated from the chamber wall. Cartridge heaters and/or engaged piping can circulate LN2, direct expansion refrigerant gases, or specified thermal transfer fluid from an Abbess Snow River system®.
Abbess engineers will work with you to customize our TVAC systems to meet your needs. Customization can be achieved via the introduction of a wide range of feedthrough components for interaction with the Article Under Test, different control configurations, as well test data logging and process profile automation.
- Entry Level Rough to Medium Thermal Vacuum System
- Basic Vacuum Oven System (Bakeout)
- Entry Level High Vacuum Thermal System
- Altitude Simulation, Rapid Compression, and Decompression TVAC Thermal Vacuum Test Chamber
- Batteries, Lithium Ion Batteries, and Electrical Assemblies TVAC Thermal Vacuum Test Chamber
- Space Simulation, Aerospace, Aeronautical Engineering, TVAC Thermal Vacuum Test Chamber
- Optical Testing, Imaging, and Spectroscopy Thermal Vacuum Testing Chamber
- Regolith and Planetary Research TVAC Thermal Vacuum Test Chamber
- Custom TVAC Thermal Vacuum Testing Chamber
Abbess Entry-Level Rough to Medium Thermal Vacuum System is an affordable, high-performance solution designed for a wide range of thermal vacuum testing applications. Ideal for research and development, testing of space-bound equipment, electronics, and materials, this system supports vacuum levels from rough to medium, making it versatile for various scientific and industrial applications where cost is the main concern.
Abbess Basic Vacuum Oven System (Bakeout) is a compact and efficient solution designed for drying, curing, and outgassing materials in a controlled vacuum environment. Ideal for laboratory, research, and industrial applications, this oven provides precise temperature control and a consistent vacuum atmosphere to ensure optimal results. It is perfect for processes such as removing moisture from delicate electronics, drying solvents, or preparing samples for further testing. Featuring easy-to-use controls, a reliable vacuum pump, and durable construction, this system delivers reliable performance at an affordable price point.
Abbess Entry-Level High Vacuum Thermal Vacuum System is a versatile and cost-effective solution designed for advanced testing in a high vacuum environment. Ideal for applications such as materials testing, space simulation, and electronics research, this system offers precise thermal control and high vacuum capabilities (down to 1×10^-7 torr). It combines efficient thermal cycling with reliable vacuum pumping, making it suitable for a range of scientific and industrial applications. With user-friendly controls and a durable, compact design, this system is perfect for laboratories and research teams looking for high-performance testing at an entry-level price.
Abbess Thermal Altitude Simulation Vacuum System is designed to replicate the extreme conditions of altitude environments, combining precise thermal control with vacuum simulation. Ideal for aerospace, defense, and automotive testing, this system accurately simulates temperature and pressure conditions experienced at various altitudes, from 5,000 feet up to 250,000 feet. Providing a controlled environment for testing materials, components, and electronics, ensuring reliability in real-world applications. With its user-friendly interface, robust design, and accurate performance, this system is perfect for research and development, offering valuable insights into product behavior under simulated altitude conditions.
Abbess Batteries, Lithium-Ion Batteries, and Battery Pack Thermal Vacuum Testing Chamber is a specialized system designed to simulate space and high-altitude conditions for testing the performance and reliability of batteries and battery packs. This chamber provides precise temperature and vacuum control to evaluate the thermal management, charging capabilities, and structural integrity of lithium-ion batteries and energy storage solutions. Ideal for aerospace, automotive, and electronics industries, it ensures that battery systems meet rigorous safety and performance standards in extreme environments.
Abbess Optical Testing, Imaging, and Spectroscopy Thermal Vacuum Testing Chamber is designed to simulate space-like conditions for evaluating optical systems, imaging devices, and spectroscopic instruments. By providing precise temperature control and vacuum environments, this chamber enables the testing of optical components’ performance, stability, and alignment under extreme conditions. It is ideal for aerospace, satellite, and scientific research applications, ensuring that optical technologies meet the rigorous demands of space exploration and remote sensing.
Abbess Regolith Thermal Vacuum (TVAC) Systems are designed to simulate the harsh environmental conditions of lunar and planetary surfaces for testing materials and equipment intended for space exploration. These systems replicate the extreme temperatures, vacuum, and dust exposure that regolith (soil or dust) interacts with on celestial bodies like the Moon or Mars. Used for testing aerospace components, robotic systems, and habitats, Regolith TVAC Systems ensure that technologies perform reliably in the challenging environments of space, providing crucial insights into their durability and functionality.
Abbess Custom Thermal Vacuum Systems are engineered for applications that demand the highest level of precision in temperature control and vacuum performance. These tailored solutions are designed to meet specific requirements across industries like aerospace, defense, and research, where exacting standards are essential. With advanced features such as ultra-precise temperature regulation, uniform thermal distribution, and high-quality vacuum performance, these systems ensure reliable testing of sensitive components and systems in extreme environments, guaranteeing optimal functionality and durability under the most demanding conditions.
