Turnkey Portable Stainless Steel Vacuum Chamber with Dry Scroll Pump

Turnkey Portable Stainless Steel Vacuum Chamber with Dry Scroll Pump
Turnkey Portable Stainless Steel Vacuum Chamber with Dry Scroll Pump
The Sanatron Portable Stainless Steel Vacuum Chamber with Dry Scroll Pump is robustly designed and quality built for laboratories and production environments where performance, durability, and portability are a absolute must. Designed as a front-loading 20-inch cube, this vacuum system features a front loading, fully transparent, Acrylic Door that provides clear visibility of internal processes while maintaining an almost perfect vacuum seal. Equipped with removable stainless steel perforated shelves that ensure uniform airflow, making it ideal for controlled vacuum drying, degassing, and conditioning operations. The table cart which is constructed with a robust 8020 aluminum frame, the entire system rests on lockable swivel casters for effortless mobility, transforming it into a truly portable vacuum platform that can be positioned anywhere in your lab or cleanroom with minimal effort.

This complete turnkey vacuum system integrates a high-performance dry scroll pump paired with a Visitrap inline filter and a NW25 Vacuum valve assembly, ensuring oil-free, contamination-free operation suitable for biotech research, pharmaceutical manufacturing, and advanced medical technology applications. This Particular Dry Scroll Vacuum Pump (Supplied by Agilent) delivers high pumping efficiency without introducing hydrocarbons, making it an environmentally responsible and maintenance-friendly choice. Every component, from the welded stainless chamber to the ergonomic layout, reflects our dedication to quality and functionality. Built to perform under demanding schedules, this vacuum system represents the harmony of clean design, quiet operation, and scientific reliability, suitable for research institutions and production engineers who demand more than just function—they demand dependability.

If you are looking for a turn-key vacuum system with the reliability and craftsmanship trusted across the biotech and pharmaceutical industries, contact Sanatron today. Our engineering team can customize this system to your precise specifications. Whether that means adjusting dimensions, adding sensors, integrating automation controls, adding vacuum feedthroughs, or other complex customizations. Contact us today!

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Our clients prefer to work with us because we are Experts in Custom Fabrication (especially Polymer Fabrication). Check out some of our other items we carry that you can combine/integrate with your systems or projects.

Acrylic Pressure and Vacuum Chambers
Acrylic Pressure and Vacuum Chambers are Pressure chambers that are capable of vacuum ratings that are the same vacuum rating of acrylic vacuum chambers. Keep in mind that Acrylic Pressure and Vacuum Chambers have a pressure limit of 15PSIG
BNC Vacuum Feedthroughs
Coaxial Vacuum Feedthroughs are vacuum rated BNC connectors that enable you to run BNC from outside of vacuum chamber towards inside of the vacuum chamber without disturbing the vacuum. Triaxial Vacuum Feedthroughs, just like coax vacuum feedthroughs, will enable you to run Triax Connections from outside towards the inside of the vacuum chamber without disturbing the vacuum levels inside the vacuum chamber.
Our Work: Altitude Testing in a Vacuum Chamber
It is not a secret that you can simulate a certain altitude in a vacuum chamber. The good thing about Acrylic Vacuum Chambers is not only that you can simulate an altitude of up to 250,000 feet, you can also fully view your test specimen during your testing operation.
Related Articles: High Altitude Package Testing utilizing an Acrylic Vac Chamber
An Acrylic Vacuum Chamber can be used to simulate elevation very reliably to altitudes up to 60.9 km or 200,000 feet. This provides several advantages over other testing methods as acrylic is transparent and enables full view of interior during testing. In this article, we will give you a through guide on what can be done to eliminate the risk of packaging damage during shipments at high altitudes.