1. Integrated Deburring & Cleaning, Higher Productivity
All processes are completed in one clamping. Equipped with high-pressure water jet (max. 50 MPa) and CNC positioning system, it efficiently removes burrs from cross holes, deep holes, threads and inner cavities, as well as cutting fluid, metal chips and oil contaminants.
Eliminates manual deburring and secondary ultrasonic cleaning. Workpiece handling and collision risks are reduced, with overall efficiency improved by over 40%.
Flexible switch between high and low pressure: high pressure for deburring and low pressure for fine cleaning, ensuring no scratches or damage to precision surfaces.
2. Multi-axis CNC Precision Control, Full Coverage for Complex Parts
3 to 5-axis linkage enables spray nozzles to follow workpiece contours accurately, reaching every corner of blind holes, deep holes and irregular inner cavities.
Numerical control programs can be called with one click. Product changeover only requires replacement of fixture plates and can be finished within 15 minutes, ideal for mixed production of multiple product types.
Independent servo systems are configured for cleaning, rinsing and air blow-off. Workpieces adopt flexible positioning with no need to adjust spraying or air blow-off units.
3. Stable High Pressure & Fine Filtration, Compliant with Strict Cleanliness Standards
The high-pressure system supports stepless pressure adjustment from 5 MPa to 50 MPa with precise flow control. The burr removal rate reaches over 99%.
Multi-stage circulating filtration with 1–5 μm precision, combined with full-coverage spraying and workpiece rotation. It keeps residual oil below 1 mg per piece and particulate matter no larger than 200μm, stably meeting VDA 19 / ISO 16232 Class 6–7 cleanliness requirements.
Performance is more consistent than traditional spraying, ultrasonic cleaning and manual work, ensuring stable quality in mass production.
4. Intelligent Automation, Cost Reduction for Mass Production
Adopts PLC and Codesys control system with a 19-inch touch screen for real-time monitoring. It supports full parameter traceability and automatic fault diagnosis.
Seamlessly connects with robotic handlers and production lines to realize unmanned operation of the whole process: automatic loading → cleaning → rinsing → air blow-off → vacuum drying.
Stable cycle time ranges from 15 s to 60 s per piece, capable of daily output of 3,000 to 10,000 pieces. Labor costs are cut by more than 60%.
5. Energy-saving, Eco-friendly & Safe Operation with Low Running Costs
Optional working media: water-based solution (zero VOC emissions) and hydrocarbon solvent (recovery rate ≥ 95%, zero wastewater discharge), fully complying with environmental regulations.
Equipped with vacuum drying and waste heat recovery systems, reducing energy consumption by 30%. The machine body is made of stainless steel and coated carbon steel for excellent corrosion resistance and long service life.
Multiple safety protections including overload, overpressure, emergency stop and door interlock prevent splashing and operational injuries.
6. Mature Technology & Customized Solutions, Ideal for Import Substitution
With decades of experience in industrial cleaning, the equipment serves leading enterprises and matches the performance of international premium brands.
Highly customizable: single-station, multi-station and 5-station intelligent cleaning centers are available according to workpiece size, shape and production capacity, saving up to 70% floor space.
One-stop service covers solution design, manufacturing, installation, commissioning, operator training and after-sales support. 24-hour technical response and lifelong maintenance are provided.
Typical Application Scenarios
Automotive parts: Sprockets, gears, transmission/engine housings, valve bodies and die-cast components.
New energy industry: Motor housings, battery pack enclosures, electric control boxes and precision structural parts.
General precision parts: Hydraulic valve blocks, valve spools, bearings, medical devices and aerospace components.
