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Isolation glove boxes
Isolation glove boxes may be configured to prevent specific kinds of exposure (to humidity, particles, static charges, low or high temperature, etc.). These glove boxes achieve this isolation through a variety of environmental control modules, including inert-gas controllers that maintain a continuous low-level positive pressure.
This gallery of custom isolation glove box chambers demonstrates approaches to unique requirements for humidification and dehumidification chambers, temperature stability, particulate control, vacuum processing, sterilization, and other controlled environment conditions.
Isolation glove box
This custom glove box provides optimal visibility and convenient access to a large, humidity-controlled processing area.
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This chamber maintains a dry nitrogen environment with automated humidity controls to eliminate embrittlements that result from a high-humidity welding environment.
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Packages are cycled through a vacuum chamber to remove moisture prior to introduction into the main stainless steel isolation chamber.
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Designed to provide a clean, moisture-free environment for applying photoresist, this glove box is large enough to accommodate wafer spinners used in the deposition process.
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This glove box is designed for accelerated-life testing of elastomers, fiber composites, and other materials over a broad range of temperature (-20°F to +140°F) and humidity (5 to 95% RH).
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A continuous purge of filtered N2 maintains low humidity and particle counts inside these probe station enclosures.
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This glove box maintains several critical environmental control capabilities essential for medical device biocompatibility testing, tissue cultivation studies, and other biological research.
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This glove box is used for protein analysis of meat samples in a refrigerated, inert atmosphere.
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This glove box is used for packaging lithium battery electrodes using an RF bag sealer. A humidity control system provides the low-moisture environment required during sealing, and a trace oxygen analyzer helps minimize the chance of oxidation by sensing oxygen levels as low as 1 ppm (v).
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This glove box is designed specifically for use with the SNO-GUN™ II Dry Ice Cleaning System. By maintaining an extremely dry nitrogen environment, it prevents moisture condensation when very cold liquid CO2 is used as a cleaning medium for sensitive parts.
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This integrated system provides controlled heating and vacuum cycling of pharmaceuticals in multiple vacuum/nitrogen ovens.
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