Bidirectional Rheological Precision Polishing Machine

The Two Way Reciprocating Fluid Polishing Machine achieves high-precision surface treatment through abrasive fluid flowing alternately in both directions.Its core principle is to use a hydraulic system to drive abrasive fluid (such as diamond micropowder suspension) to circulate forward and reverse on the surface of the workpiece, combining shearing and rolling to remove microscopic unevenness and achieve nano-level finish (Ra≤0.05μm).The equipment is equipped with an intelligent control system, adjustable reciprocating frequency (10-200Hz) and fluid pressure (0.1-20MPa), and adaptive complex surface polishing.

The new generation of models integrates AI adaptive control system, and adjusts polishing parameters in real time through force feedback sensors:Intelligent compensation: Automatically detect the hardness difference of workpieces and dynamically adjust the pressure (±0.01MPa accuracy);Digital twin: Virtual simulation optimizes the polishing path in advance to reduce the loss of the test machine;Multi-station collaboration: Double workbenches work alternately, and the equipment utilization rate is increased by 40%.

Unique advantages:
Nano-level processing: With nano-abrasives, Ra<10nm surface can be achieved;Material adaptability: From aluminum alloy to silicon carbide can be processed;Modular design: Quickly change the fixture to adapt to different batches of workpieces.

Emerging application areas:
Semiconductors: Stress-free polishing of wafer carriers;Additive manufacturing: Surface densification of 3D printed metal parts;New energy: Refined processing of bipolar plate flow channels of fuel cells.

Industry value:
This technology increases the polishing pass rate from 80% to 99.5%, while reducing energy consumption by 30%, becoming a key process equipment in the field of precision manufacturing.

Machine Size