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Kelemo ultrasonic cleanliness extraction unit combines 40 kHz ultrasonic cavitation and 0.6 MPa pressure jetting within one clean workstation, targeting hard-to-reach blind holes, inner cavities and cross holes of precision components. It integrates full-process functions: particle extraction, in-line membrane sampling and laminar clean environment control. Equipped with adjustable pressure (1–5 bar), circulating fine filtration and built-in HEPA laminar flow (0.45 m/s ±10%), it avoids secondary contamination and particle loss by eliminating manual liquid transfer. Controlled via HMI with storable parameter recipes, the machine complies with ISO 16232 and VDA 19.1 for traceable, repeatable cleanliness testing, ideal for automotive and high-precision component cleanliness labs.

Three questions every cleanliness testing equipment setup has to answer In cleanliness work, "clean" is a number, not an adjective.

Microscopic contaminants are hidden threats to precision manufacturing. Our professional cleanliness testing equipment provides reliable particle detection and analysis solutions for multiple high-end industries. The system automatically captures micro-particles, identifies contaminant types, traces pollution sources and generates complete, traceable test reports. It complies with mainstream industry standards, covering automotive new energy, aerospace, medical devices, semiconductors and high-end machinery. Cleanliness testing turns invisible pollution into measurable data. It helps manufacturers control tiny impurities on components, reduce product scrap and safety risks. This equipment serves as a key quality control barrier, supporting standardized quality management and improving finished product yield for precision manufacturers.

In industrial cleanliness inspection, the filter membrane is an important medium for collecting and analyzing contaminants and particles from components, assemblies, and fluid samples. After filtration and cleaning, the membrane needs to be dried properly before microscopic inspection or particle analysis. An efficient and controlled drying process can help improve inspection efficiency and support more consistent cleanliness evaluation.

Particle Detection Filter Membrane Rapid Drying Equipment from Kelemo is designed to accelerate the drying and cooling stage of filter membrane preparation after particle extraction and cleanliness testing. The equipment combines controlled heating, temperature management, and rapid cooling to help laboratories obtain filter membranes ready for subsequent weighing or particle analysis with less waiting time.

Establishing formal cleanliness requirements is a standardized quality control procedure driven by product functionality, production risk assessment and applicable industry standards. Its core objectives are to define quantitative pollutant limits, standardize operational cleaning procedures, formalize verification mechanisms, and sustain continuous compliance. This specification applies to a wide range of sectors, including industrial component manufacturing, medical devices, controlled cleanroom environments, food and pharmaceutical production, and precision machining. The entire framework adopts a closed-loop quality logic: risk identification → standard classification → process formulation → validation and implementation → continuous improvement, which is fully deployable for on-site execution.