With the development of precision manufacturing, the demand for surface finish, deburring, and chamfering of components is increasing rapidly. Recent breakthroughs in abrasive polishing machine technology have brought new, efficient, high-precision surface treatment solutions to key industries such as aerospace, medical devices, and precision molds. Traditional manual polishing is gradually being replaced by standardized, automated equipment.

Technological innovation: making complex structure polishing possible Abrasive fluid polishing (AFM) is a technology that uses a high-performance, particle-containing fluid medium to achieve surface finishing by squeezing and grinding the workpiece. Its core innovations are: 

(1) Non-contact processing, no thermal damage: By controlling the fluid pressure and flow rate, the material liquid can "gently" contact the workpiece surface, achieving burrs and improving surface roughness, while avoiding the thermal damage and damage caused by traditional mechanical processing. 

(2) Adapting to complex cavities and achieving "no dead angle" polishing: Abrasive fluid has good fluidity and can easily enter complex cavities, cross holes, micro holes and curved flow channels that traditional tools cannot overcome, achieving comprehensive and uniform polishing. It is especially suitable for high-precision parts such as aircraft engine blades and hydraulic valve bodies.

 (3) Achievement and consistency: Through the digital control system, the polishing process can be accurately controlled to ensure that the polishing effect of each workpiece is highly consistent, thereby improving product quality and reliability and solving the problem of unstable effective manual polishing effects.