Clean Stocker

Clean Stocker: Ensuring Garment Cleanliness in Controlled Environments

The Clean Stocker is meticulously engineered to preserve the pristine condition of clean room garments during storage, safeguarding against the infiltration of contaminants such as lint and dust. Its sophisticated design integrates a quiet, direct-drive, variable-speed blower positioned above a HEPA filter, which boasts an exceptional 99.99% efficiency rating for particles as small as 0.3 micrometers.

Key Features:

  • Advanced Filtration: Equipped with a HEPA filter, the Clean Stocker ensures that all incoming air is thoroughly purified before entering the storage area, maintaining garments virtually free from particulates.
  • Continuous Protection: A continuous downstream airflow established by the blower creates a barrier that prevents contaminants from infiltrating the storage space, thereby upholding the cleanliness integrity of stored garments.
  • Efficient Contaminant Discharge: Positioned at the base of the storage unit, the Clean Stocker efficiently expels air along with any potential contaminants that may have entered, ensuring the environment remains pristine.
  • Customizable Configurations: Available in a variety of configurations and materials to suit specific application requirements, including models tailored for garment storage, units featuring adjustable shelves, and stainless steel cabinets offered with or without transparent windows.

Applications:

The versatility of the Clean Stocker makes it indispensable across a spectrum of industries including pharmaceuticals, chemicals, biotechnology, nanotechnology, LCD manufacturing, wafer fabrication, semiconductor production, and food processing. In each of these fields, stringent cleanliness standards are paramount to maintaining product quality and safety.

Conclusion:

Designed to meet the exacting demands of controlled environments, the Clean Stocker stands as a cornerstone in the effort to preserve the cleanliness and integrity of garments stored within, ensuring they remain free from detrimental particulates and ready for use in critical applications.

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