Jet Mirror Polishing Machine
The jet mirror polishing machine adopts high-speed fluid jet technology to achieve ultra-smooth, mirror-like polishing effect on the metal surface. It is a precision polishing equipment that can easily achieve mirror effect.
Machine Features
Polishing any Irregular Shapes and 3D Surfaces
The mirror polishing system accelerates the abrasive through gas or centrifugal flow, impacting the workpiece surface, allowing minimal removal to achieve a mirror grade.
RA0.01um
Surface roughness can reach RA0.01um
Consistency
Polish every part of the part evenly
Versatility
Polishing, Deburring, Chamfering, Deoxidation
Low Cost
Very Competitive Machine Cost
Jet Mirror Polishing Machine: Effortless Polishing for Irregular and 3D Parts
Complex structure
Even polyhedrons or parts with internal connections can be polished evenly.
Irregular shape
Suitable for special-shaped, asymmetrical and irregular geometric parts.
Curved Face
Spherical parts can be polished in all directions without dead angles.
Deep hole
Effective polishing can also be achieved for small apertures or deep holes.
Gear
It can penetrate deep into the tooth root and tooth side for comprehensive polishing.
Groove
Designed for small or hidden grooves to ensure cleanliness and smooth finish.
Before Sandblasting
(Electron Microscope Image)
Before Sandblasting
After Sandblasting
Medical Parts
Abrasive Flow Machining of Automobile Parts
Abrasive Flow Machining of Aerospace Parts
Gear Abrasive Flow Machining
Fluid polishing of precision parts
Mold Fluid Polishing
Semiconductor Parts
Extrusion Molds
History of Jet Mirror Polishing Machine
The jet mirror polishing technology originated from the combination of fluid dynamics and precision machining technology. It can be traced back to the end of the 20th century and was developed to meet the needs of aerospace, mold manufacturing and precision parts industries for high-finish surfaces.
This technology uses high-pressure jetting of fluid containing abrasive particles to perform non-contact polishing on the surface of the workpiece. It has the characteristics of high efficiency, controllability and non-damage. With the development of CNC technology and material science, jet mirror polishing has been widely used in high-precision manufacturing fields such as 3C product housings, medical devices, automotive parts, semiconductor packaging, etc., and has become an important part of advanced surface treatment processes.