component cleanliness analysis

CLS300U integrates spray cleaning, ultrasound cleaning, membrane sample preparation (particle extraction), online filtration and recovery of cleaning agents, and circulating fine filtration into one. The wet extraction system, the most commonly used extraction method, covers a large portion of the requirements for particle extraction from components.

CLS400U integrates spray cleaning, ultrasound cleaning, membrane sample preparation (particle extraction), online filtration and recovery of cleaning agents, and circulating fine filtration into one. The wet extraction system, the most commonly used extraction method, covers a large portion of the requirements for particle extraction from components.

CLS900P integrates spray cleaning, side wall spray self-cleaning, membrane sample preparation (particle extraction), online filtration and recovery of cleaning agents, and circulating fine filtration into one. The wet extraction system, the most commonly used extraction method, covers a large portion of the requirements for particle extraction from components.

Due to the increasingly strict technical cleanliness requirements（In accordance with the VDA19.1 and ISO16232 standards ) for products and processes, manufacturers must be able to accurately measure the quantity, type and source of residual contaminants on components after multi-stage cleaning. XIENS offers laboratory services for technical cleanliness inspection system and component cleanliness cabinets.

CLS1100P integrates spray cleaning, side wall spray self-cleaning, membrane sample preparation (particle extraction), online filtration and recovery of cleaning agents, and circulating fine filtration into one. The wet extraction system, the most commonly used extraction method, covers a large portion of the requirements for particle extraction from components.

CLS-A Air Blow Cleanliness Cabinet integrates spray cleaning, air blow, side wall spray self-cleaning, membrane sample preparation (particle extraction), online filtration and recovery of cleaning agents, and circulating fine filtration into one. The wet extraction system, the most commonly used extraction method, covers a large portion of the requirements for particle extraction from components.

CLS-IR Internal Rinsing Cleanliness Cabinet integrates spray cleaning, internal rinsing, side wall spray self-cleaning, membrane sample preparation (particle extraction), online filtration and recovery of cleaning agents, and circulating fine filtration into one. The wet extraction system, the most commonly used extraction method, covers a large portion of the requirements for particle extraction from components.      

CLS-S Double Chamber Cleanliness Cabinet 600 integrates spray cleaning, perfusion flushing, side wall spray self-cleaning, ultrasound cleaning, membrane sample preparation (particle extraction), online filtration and recovery of cleaning agents, and circulating fine filtration into one. The wet extraction system, the most commonly used extraction method, covers a large portion of the requirements for particle extraction from components.

This analysis system is used for cleanliness testing of automotive component samples. It can automatically count and analyze the type, size, and quantity of contaminant particles on the filter membrane, and classify them by size grade. It meets the specification requirements for component cleanliness testing of powertrain plants such as VDA19, ISO16232, NAS1638, ISO4406, ISO4407, as well as those of Volkswagen, BMW, Ford, Mercedes-Benz, General Motors, etc. It can issue standard data reports compliant with the above specifications and has the capability to customize data reports.

CLS-US Double Chamber Cleanliness Cabinet 600 integrates spray cleaning, perfusion flushing, side wall spray self-cleaning, ultrasound cleaning, membrane sample preparation (particle extraction), online filtration and recovery of cleaning agents, and circulating fine filtration into one. The wet extraction system, the most commonly used extraction method, covers a large portion of the requirements for particle extraction from components.