CASE

Kristen (Guangzhou) Machinery

CASE

PCB Board/Precision Electronic Assembly Cleaning


Compatible with a wide range of components, including SMT‑mounted parts, post‑wave‑soldering PCBs, BGA and flip‑chip assemblies, and connector terminals, it efficiently removes flux residues, solder balls, and ionic contaminants, meeting the stringent cleanliness requirements of high‑precision electronic assembly.
VIEWS

Semiconductor and Microelectronics Cleaning


Suitable for micro‑assembly components, microwave devices, lead frames, ceramic nozzles, packaging fixtures, and more, it efficiently removes no‑clean flux residues, oil contaminants, and microscopic particles, meeting stringent cleanliness and low‑residue requirements in manufacturing and packaging, thereby enhancing product yield and reliability.
VIEWS

Cleaning in the Automotive Electronics and New Energy Vehicle Components Sectors


It covers automotive control modules, sensors, connectors, power devices, and precision electronic components, effectively removing flux residues, oil contaminants, and dust, thereby meeting automotive‑grade requirements for high reliability and long‑term stable operation.
VIEWS

Aerospace / Military Precision Component Cleaning


It is suitable for aerospace precision components, space‑borne instrument parts, military‑grade electronic assemblies, hydraulic components, seals, and more, enabling residue‑free, non‑corrosive cleaning without damaging delicate surfaces, while meeting military‑grade cleanliness standards and long‑term stability requirements.
VIEWS

Medical Device Cleaning


It is used for implantable components, surgical instruments, dental accessories, medical sensors, precision pump and valve parts, and more. The cleaning process is safe and gentle, with no ozone depletion, and complies with the medical industry’s cleanliness and environmental standards, providing reliable assurance for sterilization and subsequent assembly.
VIEWS

Precision Manufacturing and General Industrial Cleaning


It is suitable for precision bearings, miniature gears, optical components, precision molds, and small metal/ceramic assemblies, delivering excellent cleaning performance for parts with complex geometries and micro‑porous structures while balancing cleanliness, efficiency, and cost control.
VIEWS