1. Superior Cleaning and Deburring Performance

1. Dead‑zone‑free cleaning for inner cavities. The multi‑axis nozzle can reach hidden areas such as intersecting oil passages, blind holes, cross‑holes, threaded holes and narrow gaps. It removes internal aluminum chips and soft burrs that ultrasonic cleaning and ordinary spraying fail to reach, fundamentally avoiding safety hazards like blocked oil circuits and stuck spools.

2. Non‑contact processing without workpiece damage. The high‑pressure water‑jet is a tool‑free cleaning method. It will not scratch the surface of aluminum‑alloy housings or cause deformation or thermal damage to thin‑wall parts, ensuring the dimensional accuracy of steering housings.

3. Highly consistent cleaning quality. Fixed CNC‑programmed trajectories, water pressure and cycle time guarantee identical treatment for every workpiece. Quality fluctuations and missed cleaning caused by manual deburring are completely eliminated.

2. High‑efficiency and Automation‑friendly Production

1. Integrated cleaning and deburring in one process. Chip removal, internal deburring and oil stain cleaning are finished in a single station, removing separate manual deburring procedures and shortening the production workflow.

2. Fully‑automatic‑line compatibility. The machine can be seamlessly connected with robots and conveyor belts for automatic loading and unloading, supporting unattended mass production.

3. Stable and controllable cycle time. Fixed processing duration for each part enables predictable output and convenient production scheduling.

3. Reliable Filtration and Clean‑degree Assurance

1. Multi‑stage circulating filtration system continuously separates aluminum chips from washing water and prevents re‑contamination of finished parts.

2. Optional rinsing and hot‑air drying modules eliminate moisture both on outer surfaces and inside deep cavities, delivering stable cleanliness that meets OEM automotive standards.

3. Traceable process data. Parameters such as cleaning pressure, duration and program ID can be recorded and stored to satisfy traceability requirements of IATF16949 automotive quality‑management systems.

4. Cost‑saving and Eco‑friendly Benefits

1. Lower rework and scrap costs. Thorough removal of internal residues greatly reduces rework, rejection and part scrap caused by insufficient cleanliness.

2. Low‑consumption operation. Water‑based detergent is adopted with no expensive tool consumables. Recirculated high‑pressure water cuts chemical consumption and eases wastewater‑treatment pressure.

5. Flexible Production Compatibility

High production flexibility for multi‑product runs. New CNC programs can be loaded to switch between different steering‑housing models, supported by quick‑change fixtures. One machine is able to process multiple part types for improved equipment utilization.