In manufacturing there is a need for high altitude testing, drying, or off gassing of materials or similar application where a controlled and repeatable vacuum environment is required. Our product line focuses on a cost effective vacuum chamber of virtually any size that is easy to use and less expensive than conventional tooling. As a result, we offer a flexible chamber system based on aluminum extrusion profiles and customization according to your specific manufacturing requirements.
Vacuum Chambers Made of Extruded Profiles
These are unique, flexible chamber system based on extruded aluminum profiles.
Modular Vacuum Chambers
These vacuum chambers are based on our new modular chamber system. The system consists of individual, fully milled aluminum modules.
Complete Vacuum Systems
These are designed and manufactured complete vacuum systems built for virtually any manufacturing requirement.
Aluminum Vacuum Chamber
Length: Length: up to 3000 mm (standard: 300 mm, 600 mm)
Width: 110 mm
Height: 120 mm
Aluminum Vacuum Chamber
Length: Length:up to 3000 mm (standard: 325 mm, 600 mm)
Width: 150 mm
Height: 160 mm
Aluminum Vacuum Chamber
Length: Length: up to 3000 mm (standard: 420 mm, 600 mm)
Width: 240 mm
Height: 240 mm
Aluminum Vacuum Chamber
Length: Length: up to 3000 mm (standard: 370 mm, 620 mm)
Width: 305 mm
Height: 300 mm
Aluminum Vacuum Chamber
Length: Length: up to 3000 mm (standard: 300 mm, 650 mm)
Width: 572 mm
Height: 125 mm
Aluminum Vacuum Chamber
Length: Length: up to 3000 mm (standard: 625 mm)
Width: 400 mm
Height: 400 mm
Aluminum Vacuum Chamber
Length: Length: up to 3000 mm (standard: 625 mm)
Width: 400 mm
Height: 600 mm
Aluminum Vacuum Chamber
Length: Length: up to 3000 mm (standard: 1000 mm, 1400 mm)
Width: 640 mm
Height: 700 mm
With our new modular chamber system, completely new doors are open to you. The system consists of individual, fully milled aluminum modules with a depth of 500mm. Thus the length of the chamber can be variably set in 500mm steps.
We offer the chambers in the sizes 600mm x 600mm, 800mm x 800mm, 1000mm x 1000mm and 1200mm x 1200mm.
Modular Aluminum Vacuum Chamber
Length: Length: 1000 mm (modular in 500 mm steps)
Width: 600 mm
Height: 600 mm
Modular Aluminum Vacuum Chamber
Length: Length: 1000 mm (modular in 500 mm steps)
Width: 800 mm
Height: 800 mm
Modular Aluminum Vacuum Chamber
Length: Length: 1000 mm (modular in 500 mm steps)
Width: 1000 mm
Height: 1000 mm
Modular Aluminum Vacuum Chamber
Length: Length: 1000 mm (modular in 500 mm steps)
Width: 1200 mm
Height: 1200 mm
We can design and manufacture a complete vacuum system to meet your manufacturing requirements.
Today, a wide range of industries use vacuum systems. Excellent systems and profound process know-how are the preconditions for reproducible results and competitive prices. For more than 30 years, we've acquired relevant experience with vacuum chambers and systems to become a technology leader in the implementation and use of vacuum chamber systems.
With vacuum degassing, volatile substances such as solvents or moisture are removed in a controlled process. Many materials need degassing to eliminate the negative effects of the volatile substances. The following negative effects may occur for example: bad smell, loss of adhesion when gluing, painting or coating. For degassing, the parts are exposed to a defined vacuum for a specific time.
Simulation of high altitude testing for air transport is a mandatory requirement for many components. While there is pressure equalization in the cargo holds of aircraft, it cannot completely compensate for the pressure fluctuations. The pressure can fall below 800 mbar. In an electronic test plant, the components can be exposed to a pressure simulation test. Also significantly lower pressure levels can be simulated to test behaviour during a depressurization.
In aviation and space exploration some components such as electric motors are operated outside of the pressurized cabins. Product testing for function must be completed. With suitable vacuum feedthroughs, motors and other devices can be operated and tested inside a vacuum chamber
Components used in space must be able to withstand even much higher loads. For these applications, pressures of 10-6 mbar and lower must be simulated. To achieve pressures as low as this, a turbo molecular pump with a suitable backing pump is required.
Sensitive components such as wafers or certain medical parts must under no circumstances be contaminated with foreign substances or air humidity. The safest way of storing highly sensitive components is under vacuum. In the vacuum, your components are protected from all external influences. If required, the chamber can be ventilated with gases such as nitrogen. Storage systems usually consist of several chambers. The chambers can be operated efficiently with one vacuum pump. If required, documentation of the storage conditions can be integrated in the control. We can provide vacuum storage systems in all application areas.
The Thierry vacuum systems are controlled by means of the operating program specifically developed by us. It not only allows you to monitor the process but also to program and save a wide variety of process sequences. No matter how complex the requirements for your application: We develop, optimise and test your process to ensure perfect results.
With our patented aluminum vacuum chambers, we can implement practically any type of vacuum system and tailor it to your individual requirements. Our systems meet your process requirements, from the pressure range of low vacuum over medium vacuum up to ultra-high vacuum. Depending on your needs, we use different pumps such as a rotary vane pump, roots pump, membrane pump or turbo pump, either independently or in various combinations.
Thierry Germany
