Chris-Watson

Chris-WatsonChris-WatsonChris-Watson

Chris-Watson

Chris-WatsonChris-WatsonChris-Watson
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    • Dry Air Glovebox
    • UHV Gate Valve
    • Pathogen Testing Box
    • Biomass Fuel Cell
    • Bespoke Flange
    • Vacuum Bellows Repair
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    • Home
    • Multi-Tool Project
    • Previous Projects
    • Previous Projects Profile
      • Dry Air Glovebox
      • UHV Gate Valve
      • Pathogen Testing Box
      • Biomass Fuel Cell
      • Bespoke Flange
      • Vacuum Bellows Repair
    • Privacy Policy
    • Contact Me
    • Scottish Edge Video
  • Home
  • Multi-Tool Project
  • Previous Projects
  • Previous Projects Profile
    • Dry Air Glovebox
    • UHV Gate Valve
    • Pathogen Testing Box
    • Biomass Fuel Cell
    • Bespoke Flange
    • Vacuum Bellows Repair
  • Privacy Policy
  • Contact Me
  • Scottish Edge Video

Dry Air Glovebox

Design Brief

A research group requested a desktop style glovebox that could sustain an atmosphere with very low humidity and had enough space for a spin coater and shelf storage. It also needed an easy to use ante-chamber for loading and unloading samples to protect the internal atmosphere from the atmosphere external to the glovebox. It also needed to contain a uv filtered light and a dry air gun to blow samples down with.


The final design was welded out of 2mm stainless steel and used lexan polycarbonate sheet for the windows. There is also a window on top to maximise the visibility of the users when manipulating object and tools within the box.


The glovebox was installed in a cleanroom using a dry air supply within the cleanroom and a bubbler to act as a one way valve on top of the box to prevent atmosphere ingress and maintain a positive pressure within the box. 

Project Photo Gallery

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