Magnetorheological Finishing Machine

Glass Substrate Defect Magnetorheological Finishing Applications Repair of glass substrate defect. Working Principle Magnetorheological polishing is that it adds polishing powder into the magnetorheological fluid and polishes workpiece by the solidification of magnetorheological fluid. Under the action of strong magnetic field, magnetorheological fluid forms a controllable polishing tool for nodal region which with certain hardness and elasticity in the processing area and

Ultra-precision Optical Component Defect Magnetorheological Finishing Applications Repair of ultra-precision optical component defect. Working Principle Magnetorheological polishing changes the viscosity of magnetorheological fluid under the action of ultra-strong magnetic field, so as to improve physical properties such as shear yield strength and rheological property, complete the high-precision, high-efficient and non-damage processing of the parts surface. Features Model

Screen Defect Magnetorheological Finishing Applications Repair of screen defect. Working Principle Magnetorheological fluid is a suspension composed of magnetic particles, base fluid and stabilizer. Magnetorheological effect refers to the phenomenon that magnetorheological fluid is a fluxible liquid when in a non magnetic field, but under the action of a strong magnetic field, its rheological property changes sharply—which manifests as solid-like property— when removes the

Mask Defect Magnetorheological Finishing Applications Repair of mask defect. Working Principle Magnetorheological polishing technology is that it uses rheological property of magnetorheological fluid in a magnetic field to polish optical elements. The biggest difference between it and traditional polishing method is that it can polish the traditional free abrasives to form Bingham fluid under the action of magnetic field,thus realizing flexible polishing. Features Model

Intelligent Magnetorheological Finishing Applications Repair of screen defect, mask defect and ultra-precision optical component defect, etc. Working Principle Magnetorheological polishing is a technology that generates convex ribbon made of solid-like Bingham fluid—a magnetorheological fluid with enhenced viscosity and hardness under the strength of magnetic field—which can produce a shear force between polishing wheel and workpiece and polish the workpiece in a flexible way

Display Panel Defect Magnetorheological Finishing Applications Repair of display panel defect. Working Principle In a magnetic field, when the rheological magnetorheological polishing fluid flows through the small gap between the workpiece and the moving disk, a great shear force on the area contacted with workpiece surface is produced, thus removing the materials on workpiece surface. Features Model MF-DP-X—X Functional features Detection according to the scratch, automatic