Technical Cleanliness Extraction Machine

CLS300U ultrasonic baths are especially suitable for extracting contamination from small components with complex structures, micro-holes / blind holes / narrow slits, and high precision requirements that are difficult to handle individually because they can be sampled in bulk. By directly or indirectly applying ultrasonic waves to liquids and particles contaminants, the adhesion of insoluble particles contaminants is disrupted, causing them to disperse in the liquid to collect particles on the filter membrane. CLS300U ultrasonic cleanliness cabinet with 300mm*150mm(L*D) ultrasonic bowl for low blank value around 50μm, CLS300U with pressure-rinsing, spray cleaning, ultrasonic cleaning, membrane sample preparation (particle extraction).

CLS400U ultrasonic baths are especially suitable for extracting contamination from small components such as fluid circuits, precision machinery, electronics and medical devices with high precision requirements that are difficult to handle individually because they can be sampled in bulk. By directly or indirectly applying ultrasonic waves to liquids and particles contaminants, the adhesion of insoluble particles contaminants is disrupted, causing them to disperse in the liquid to collect particles on the filter membrane. CLS400U ultrasonic cleanliness cabinet with 400mm*200mm(L*D) ultrasonic tank integrates pressure-rinsing, spray cleaning, ultrasonic cleaning, membrane sample preparation (particle extraction).      

CLS600P-MX technical cleanliness extraction system complied with ISO 16232 and VDA 19.1 standards is the most commonly used extraction method, which covers a large portion of the requirements for particle extraction from components which require low blank value. CLS600P-MX technical cleanliness cabinet with 600 * 600 * 800mm (L*W*H) ceramic coating operation chamber for small to midsized components, the technical cleanliness cabinet with function as below: pressure-rinsing cleaning, spray cleaning, side wall spray self-cleaning, membrane sample preparation (particle extraction), online filtration and recovery of cleaning agents, and circulating fine filtration.

CLS900P extraction systems for technical cleanliness complied with ISO 16232 and VDA 19.1 standards is the most commonly used extraction method, which covers a large portion of the requirements for particle extraction from components. CLS900P technical cleanliness cabinet with 900 * 700 * 800mm (L*W*H) operation chamber for midsized to large components, we customized the pressure-rinsing cleaning, spray cleaning, side wall spray self-cleaning, membrane sample preparation, online filtration and recovery of cleaning agents, and circulating fine filtration functions into one cleanliness cabinet to make particle extraction work easy.

CLS1100P component cleanliness & flushing equipment complied with ISO 16232 and VDA 19.1 standards is the most commonly used extraction ways, which covers a large portion of the requirements for particle extraction from components. CLS1100P technical cleanliness cabinet with 1100 * 700 * 800mm (L*W*H) operation chamber for large components, integrates pressure-rinsing cleaning, spray cleaning, side wall spray self-cleaning, membrane sample preparation, online filtration and recovery of cleaning agents, and circulating fine filtration into one to make ISO 16232 and VDA19.1 analysis processes easy.  

CLS-A dry extraction system enables non-destructive sampling of electronic components and the gentle separation of particles from the component using filtered air without damaging it. Then using a spray to clean the cabinet wall to collect particles on membrane. CLS-A air jet extraction cleanliness cabinet with air blow integrates pressure-rinsing cleaning, 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 to meet the inspection of VDA19.1&ISO16232 technical cleanliness.  

CLS-IR internal rinsing extraction system impurity extraction of the inner surfaces of a sample that can be flushed through. CLS-IR internal rinsing cleanliness cabinet integrates spray cleaning, internal rinsing, membrane sample preparation (particle extraction). The CLS-IR internal rinsing extraction system is suitable for components like passive components such as tubing, lines, channels, filters and heat exchangers active components needing to be actuated for the throughflow process, such as valves and injectors, or even driven, such as pumps.    

CLS-S double chamber cleanliness cabinet with separate rinsing conical trough chamber and ultrasonic conical trough chamber, integrates pressure-rinsing cleaning, spray cleaning, side wall spray self-cleaning, ultrasonic cleaning, membrane sample preparation (particle extraction), online filtration and recovery of cleaning agents, and circulating fine filtration into one. The separate extraction chamber system is the optimal solution that divide the different products into two independent cabins for cleanliness testing; So as to avoid the mutual pollution caused by different extraction methods of different products in a cabin, in this way to make sure all test following up the ISO 16232 and VDA19.1 analysis processes.

Two separate chamber extraction system is the optimal solution that divide the different products into two independent cabins for cleanliness testing; So as to avoid the mutual pollution caused by different extraction methods of different products in a cabin, as well as the uncontrollable phenomenon. CLS-US double chamber component cleanliness cabinet with separate rinsing chamber and ultrasonic bowl chamber for low blank value at 50μm, at the same time the cabinet includes the following functions: pressure-rinsing cleaning, spray cleaning, side wall spray self-cleaning, ultrasonic cleaning, membrane sample preparation.