Custom Glove Box & Vacuum Chamber System Shipped to Electrochemistry Lab of a European University

Everyone in our factory and foreign trade department has been run off their feet this week, but we’ve finally finished packing and loading the custom glove box and vacuum chamber set bound for a university lab in Europe, and sent it off.

Back more than two months ago, a professor from the electrochemistry lab of this European university reached out to us via our overseas agent. Their lab focuses on solid-state battery material research, where even trace amounts of water and oxygen would ruin experiments. Standard off-the-shelf equipment on the market failed to meet their lab’s unique testing specifications, so they put forward a long list of custom requirements.

Our technical engineers held several online meetings to cross-check every single detail with the professor’s research team: the inner cavity dimensions needed to fit their large testing molds, the vacuum chamber required a standalone molecular pump unit, and an extra trace impurity filtration module had to be added to the glove box’s purification system. We revised the technical drawings three times before finalizing the design plan.

The production workshop prioritized this overseas order. Every stage including welding, sealing and electrical control assembly was tracked and labeled separately. Once the full system was manufactured, our quality inspection team ran continuous tests over three days: 24-hour air tightness leak detection, repeated calibration of ultimate vacuum levels, and round-the-clock monitoring of water and oxygen concentration. The equipment was only cleared for shipment once all performance indicators passed inspection.

We took extreme care with packaging for the long ocean voyage. The whole unit was first wrapped in moisture-proof vacuum film, cushioned with shock-absorbing foam, then encased in thick reinforced export wooden crates. Fragile components such as vacuum valves and sensors were packed separately to prevent damage from jolting and vibration during transit.

Our foreign trade team completed all export formalities in parallel, verifying CE certificates, customs declaration documents and commodity inspection papers to ensure full compliance with European import standards. Early yesterday morning, the logistics trailer arrived at our factory. Colleagues from the warehouse, technical and foreign trade teams oversaw the loading process together. We counted all spare parts, consumables and replacement filter elements, cross-referencing each item against the packing list before sealing the container for delivery.

This is already our fourth research equipment order from European universities this year. Many overseas labs specializing in batteries and electrochemistry favor our fully customizable inert atmosphere complete equipment. Once the goods clear customs at the destination port, our overseas after-sales engineers will be on-site to uncrated, install and commission the whole system, and deliver comprehensive operation training to lab faculty and students, guaranteeing the equipment can be put straight into research projects upon arrival.

Moving forward, we will continue to support more universities across the globe. We will tailor equipment solutions to match the research focus of different labs, and deliver practical equipment solutions to solve technical challenges for new energy material research teams worldwide.

Contact us today:

Email: lily@aoaolab.com

Website: https://www.aoaolab.com/