Mini vacuum glove box with purification system
Mini Vacuum Glove Box
Compact Controlled Environment for Precision Applications
Ultra-Low Oxygen & Moisture • High Vacuum Performance • Space-Saving Design
The Mini Vacuum Glove Box from Burhani Engineering Technology is a compact and highly efficient glove box designed for laboratories and research facilities where space is limited but high-performance vacuum and controlled atmosphere are required. It provides a sealed environment for handling air- and moisture-sensitive materials with minimal contamination risk.
This glove box achieves sub-ppm oxygen and moisture levels when combined with inert gas circulation and purification, making it ideal for small-scale chemical synthesis, battery research, electronics assembly, and additive manufacturing powder handling. Despite its compact size, it delivers reliable high vacuum performance and precise environmental control.
The enclosure is constructed from acrylic or stainless steel, offering clear visibility and ergonomic glove ports for safe and precise manipulation. Vacuum-rated gaskets ensure leak-tight sealing, and optional airlocks allow safe and contamination-free material transfer. Integrated gas purification modules and continuous circulation maintain stable inert atmosphere over extended operations.
Technical specifications include multiple glove ports with Butyl or Viton gloves, transparent view panels, vacuum and purge valves, feedthroughs for electrical or gas connections, and manual or automatic pressure control. The system operates on 230 VAC, 50/60 Hz.
Typical applications include laboratory research, small-scale chemical reactions, handling of air-sensitive powders, and advanced materials studies. Standard supply includes the glove box enclosure, glove ports with gloves, vacuum and purge valves, and user manual. Optional upgrades include turbomolecular pump integration, oxygen and moisture analyzers, airlocks, data logging, and remote monitoring.
Burhani Engineering Technology designs mini vacuum glove boxes for maximum performance in minimal space, combining reliability, precision, and ease of use for demanding research and industrial environments.
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