Vacuum-ultrasonic composite process, excellent cleaning performance for deep thread areasThe vacuum environment eliminates bubble shielding, allowing ultrasonic energy to penetrate thread roots, tiny blind holes and crevices. It efficiently removes micron-sized metal debris, cutting oil and polishing paste, solving the pain points of insufficient cleaning and uneven residues in conventional ultrasonic cleaning, and meeting the strict cleanliness requirements of robot fasteners.

Two eco-friendly cleaning solvents available, compatible with various fastener materialsSupports both hydrocarbon and modified alcohol cleaning systems. Suitable for alloy steel, stainless steel, titanium alloy, color zinc plating, Dacromet and other substrates and coatings. Adjustable process parameters effectively control risks such as hydrogen embrittlement and coating discoloration to protect thread precision.

Closed-loop integrated process of cleaning, rinsing and vacuum dryingFully automatic continuous process. No water stains, white spots or secondary contamination after cleaning with thorough drying, delivering stable consistency for mass production.

Controllable cleanliness and traceable dataEquipped with cleanliness sampling inspection and residue testing mechanisms. Cleaning parameters and test data are archived to satisfy the quality system requirements of leading humanoid robot supply chains and facilitate quality audits.

Customized for the working conditions of joint fastenersDesigned for stressed joint fasteners such as bolts, pin shafts and gaskets. It reduces risks of fretting corrosion, unstable torque, abnormal noise, jamming and fatigue fracture, and ensures long-term stable motion of joints.

One-stop implementation serviceProvides full support including sample verification, small-batch trial production, process commissioning, equipment selection and on-site delivery. We deliver complete cleaning process solutions instead of merely selling equipment.

Good production compatibilityCompatible with automatic loading and unloading, matching the cycle time of precision component production lines for large-scale mass production.