In high-end manufacturing, the demand for part surface quality is becoming increasingly stringent, especially for precision components with complex geometries, tiny deep holes, or narrow internal cavities. Traditional polishing methods often struggle to meet these requirements. However, mirror jet polishing, an advanced fluid dynamic polishing process, is emerging as the ultimate solution to these polishing challenges with its unique technical advantages. The operating principle of a mirror jet polisher can be summarized as "precise, gentle, and efficient." Using a supersonic nozzle, it precisely sprays a slurry mixed with fine abrasive particles onto the workpiece surface. Driven by the high-speed fluid, these abrasive particles, with their enormous kinetic energy and minimal force, perform countless micro-cutting, rolling, and sliding operations on the workpiece surface, gradually removing microscopic peaks and valleys to achieve an ultra-smooth surface from the submicron to the nanometer scale.

Advantage 1: Unlimited reproducibility without tool wear

Advantage 2: Overcoming the polishing bottlenecks of complex and irregular shapes

Advantage 3: Achieving true stress-free polishing

Advantage 4: Excellent surface integrity and functionality

Advantage 5: High degree of automation and intelligent control

Advantage 6: Environmental protection and safety