Cleaning of aircraft engine components: The cleaning machine can thoroughly clean the internal and external components of the engine, removing grease, carbides, debris, and other pollutants. The cleaned components can provide better thermal conductivity and aerodynamic performance, reducing the risk of failure and damage.
Cleaning of aircraft hydraulic components: The cleaning machine can thoroughly clean the internal and external surfaces of hydraulic components, removing grease, oxides, and other pollutants. The cleaned hydraulic components can provide better sealing performance and smooth movement.
Cleaning of aviation electronic components: The cleaning machine can effectively clean the surface and interior of electronic components, removing dust, grease, oxides, and other pollutants. The cleaned electronic devices can provide better conductivity and heat dissipation performance.

Efficient and thorough: The cleaning machine can quickly remove pollutants such as oil stains, rust, and oxides from the surface of components, improving cleaning efficiency.
Non destructive cleaning: The cleaning machine uses tiny bubbles and eddies generated by ultrasonic vibration to remove dirt without direct contact with the surface of the parts, avoiding scratches and damage that may be caused by traditional cleaning methods.
Environmental protection and energy conservation: Cleaning machines usually use water-based cleaning solutions or environmentally friendly solvents during the cleaning process, reducing dependence on harmful chemical solvents and minimizing environmental pollution. Meanwhile, the cleaning solution can be recycled, further reducing the discharge of wastewater and the consumption of cleaning agents.

Component cleaning: In the aerospace manufacturing process, components need to go through multiple processing steps, such as casting, forging, heat treatment, etc., which can easily leave impurities and pollutants. The cleaning machine can thoroughly clean complex structures such as blind holes and grooves of components, remove oil stains, rust inhibitors, metal shavings, etc., and ensure the cleanliness of components.
Pre-cleaning before surface treatment: Before surface treatment such as coating, electroplating, and heat treatment, it is necessary to thoroughly clean the parts to remove surface dirt, oxide layers, etc., to ensure the effectiveness of subsequent treatment. Cleaning machines can provide uniform and thorough cleaning, improving the quality and efficiency of surface treatment.