Industry Leading Vacuum Chambers: Materials, Design & Craftsmanship
Real-world field experience working in Stainless Steel, Aluminum, Titanium and other alloys, allows our engineers to design the most cost-effective and efficient chambers delivered by the best equipment, welders, project management and quality systems.
Since 1989 the top National Labs and Universities have counted on the Applied Vacuum Division for custom vacuum design-and-build research projects, only to repeat production of chambers for world-class equipment manufacturers.
The Applied Vacuum Division engineers use SolidWorks® 3D software for vacuum chamber design, which enables rapid visualization of your requirements and quick translation to manufacturing drawings. Also, COSMOSXpress® stress analysis utility helps identify unacceptable chamber wall deformations and weld stresses. These powerful software tools help us deliver products that exceed your performance expectations.
Surface finish is an important aspect of vacuum chambers, impacting both appearance and performance. Applied Vacuum Division is an expert at finishing stainless steel and other metals. From mechanical grinding and polishing to chemical passivation or electro-polish, we have the resources to produce the best and most consistent finish your chamber might require.