DESICCATOR STORAGE CABINETS

• The G2 Automated Technologies, LLC dry cabinet storage is the ideal enclosure for your most moisture-sensitive applications
• Our Desiccator Dry Storage Cabinets are designed with all 304 Stainless Steel Construction with static dissipative PVC viewing windows.  We also carrier a more cost effective line of Desiccator Storage Cabinets constructed of white stress relieved polypropylene.
• Optional : humidity control system enhances desiccator efficiency and saves up to 78% of nitrogen costs
• Available in pass-through designs for convenient dual-side access
• Supra-Clean electro-polished surfaces meet the most stringent particle requirements

The  Stainless Steel Desiccator provides the optimal clean, low-humidity environment for sensitive parts.

The G2 Automated Technologies, LLC. Desiccator Storage Cabinets come in many different configurations.  Please contact us directly for a detailed drawing & configuration design along with a quotation.

Most of our Desiccator Storage Cabinet models feature a plenum chamber that ensures uniform distribution of nitrogen purge gas. Stainless steel reinforced door frames extend the service life of doors and include along with a gasket seal. Our doors are designed with  Locking Latches that will help further extend cabinet service life by operating without lateral torque that strains door hinges.

OPTI-PLEX Control System for Optimal Parts Protection
G2 Automated Technologies, LLC fabricates our desiccators for use with the OPTI-PLEX humidity control system, one of the most advanced nitrogen purge controller available. Our Desiccator Storage Cabinets are equipped with the OPTI-PLEX, these systems automatically regulate a nitrogen purge in order to maintain any relative humidity set point you require—down to 0% RH.

We have designed our Desiccator Storage Cabinets so that you can  establish a separate humidity set point in each desiccator chamber. The OPTI-PLEX monitors the humidity level in each chamber independently and delivers nitrogen only where it's needed, and only for as long as needed. This high-efficiency control generally results in nitrogen savings of up to 78% compared to conventional flowmeter systems. More importantly, it ensures reliable, documented, operator-independent low moisture levels.