Ultra-High Pressure (UHP) waterjet deburring is a precision machining method utilizing advanced waterjet technology. By pressurizing tap water up to hundreds of MPa through a high-pressure pump and ejecting it via a specially designed precision nozzle (aperture 1.0-1.5mm), it generates a high-speed waterjet reaching hundreds of meters per second. This powerful jet precisely targets the root of the burrs, causing rapid fatigue fracture and complete removal through shear forces and wedging action.
| Item | Specification / Parameter |
|---|---|
| Working Stroke | X: 700mm | Y: 600mm | Z: 500mm |
| Max Rapid Traverse Speed | 48 m/min |
| Repeatability Positioning Accuracy | ±0.05 mm |
| Max Spindle Speed | 500 rpm |
| Working Pressure | 50 MPa |
| High-Pressure Water Flow Rate | 30 L/min |
| Jet Tool Holder Quantity | 4 PCS / 6 PCS (Optional) |
Integrated fully enclosed structural design. It guarantees a clean working environment during deburring, effectively reducing noise to a minimum. Seamlessly divided into the XYZ equipment room and the cleaning room.
Heavy-duty structures are overall welded and stress-relieved to ensure long-term stability without deformation under extreme conditions.
X/Y/Z axes utilize Taiwan PMI high-precision ball screw guides. Driven by digital AC servo systems (GSK/Fanuc) with advanced bus technology for ultimate movement accuracy.
Equipped with a custom, highly stable mechanical spindle supporting speeds up to 500 rpm. Control via customizable GSK or Fanuc CNC systems with 4-axis linkage capabilities.
Enclosed Cleaning Center
Executes precise deburring and cleaning workflows for valve bodies, pump housings, and manifold plates via highly synchronized 4-axis linkage inside the sealed chamber.
UHP Pump Station
Industrial-grade core high-pressure system engineering to smoothly pressurize ordinary tap water up to 50MPa and beyond.
Water Recycling & Filtration
Features integrated water mist collectors and multi-stage precision wastewater filtration systems, allowing maximum ecofriendly water circulation and recycling.
