These vertical sliding doors allow for easy access to the interior of your next vacuum chamber system even in confined spaces. |
Vacuum infusing, Vacuum impregnating, and Vacuum filling can greatly improve the Product Quality of 3D printed items. |
The Abbess Thermal Vacuum Custom Gas Mix System allows articles under test placed inside the chamber to be exposed to high vacuum pressure as well as various temperatures via a heated and cooled Main Thermal Plate Assembly.
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Achieve dry, and controlled conditions for your items and batches with our process-versatile, multi-access, multi-functional, with a optional automated chamber controller and data logger. |
This double-chambered, semi-automated vacuum system allows for degas and Fill processing. (Thumbnail shown with analog VCC) |
A custom-designed vacuum system configured to top-load large scale parts into a solution for cleansing/dring/degassing. |
Robotic interface allows custom and percise automation under vacuum |
These vacuum chambers are in-stock chambers ready for immediate shipment. Next day service available. |
These Vacuum Oven Systems are designed and built to be rugged and efficient systems for use in production or testing. |
Vacuum Storage System Custom configured to your requirements. complete systems with Pumps, controllers and other options |
Doors open on the top and side of the camber. Windows look onto a rotating turntable within the chamber. LED lights illuminate the interior. |
Vacuum Encapsulation, Impregnation, Degassing System—Custom configured to your requirements. 24 inch cubes complete systems with Rotary Mixing, Pouring, liquid Dispencing controls, Heat, Rotary Tables, PTFE non-stick coating, and other options |
This Vacuum System allows items placed inside to be exposed to specific vacuum levels and rates of change. A Vacuum Cycle Controller (VCC) is used to automate control functions. The VCC enables system monitoring and control via touch screen buttons and graphic indications of sensor data registered and controlled by a PC with a user-specific Graphical User Interface (GUI). |
The tall size of the altitude chamber allows sample carts to be wheeled in with ease. By being able to load the chamber efficiently, it is easier to subject the product sample process to various altitudes. The operable clear acrylic port provides quick and easy access to a test system without needing to unclamp the larger door. |
Abbess Instruments has carefully designed three-levels of Altitude Chamber vacuum systems of varying complexity. Listed are standard packages with can be bought as a bundle, or can be customized to fit certain specifications. |
This custom high vacuum chamber with thermal inserts is capable of being used as a large-scale space simulation/thermal vacuum chamber. |
This Dual Altitude Chamber System has two separate chambers that function and are controlled independently. This system a facilitates the user to conduct and monitor separate or parallel tests. |
The Abbess Thermal Vacuum Chamber System shown facilitates thermal and vacuum profiles consistent with altitudes to 200K feet. Customer defined devices are supported with an array of 25 pin D-sub, BNC and SMA feedthrus. |
This system allows articles under test placed inside to be exposed to high vacuum pressure as well as various temperatures via the heated and cooled Thermal Plate Assembly. A Thermal Vacuum Cycle Controller (TVCC) is used to automate and control functions. |
This 48 inch cube system (thermal vacuum chamber) allows items placed inside to be exposed to vacuum down to 10^-7 Torr. A Vacuum Cycle Controller (VCC) is used to automate control functions. |
This in-line vacuum chamber allows an assembly line to go through this vacuum chamber by way of a two-door entry points. |
Replicate atmospheric conditions within the vacuum chamber system. This vacuum chamber sytem is ideal for space simulation testing. 6 heated and cooled thermal plates. |
Dry in our manual or automatic, data-logged or not, single or multi-chambered, Vacuum Oven systems. |
The Thermal Vacuum System allows items placed inside of the thermal vacuum chamber to be exposed to vacuum as well as heat or cooled via the Thermal Plate. |