Our unique plasma polishing process allows for more efficient surface treatment of almost all metals and alloys.
The basic principle of plasma electrolytic polishing is similar to that of electrolytic polishing, where the workpiece to be polished serves as the anode, and the electrolyte side (nozzle side) acts as the cathode, with voltage applied. In the case of plasma electrolytic polishing, the applied voltage is higher compared to electrolytic polishing (200V-400V, depending on the product), and the electrolyte is a salt-based solution individually designed by the manufacturer according to the material of the product. This solution is environmentally friendly, easy to handle, and recyclable. When voltage is applied, a gas phase is generated around the workpiece to be polished, and plasma is formed in that area, which polishes the surface of the workpiece. Similar to electrolytic polishing, protrusions dissolve, smoothing occurs, burrs can be removed, and it is also possible to achieve a gloss greater than that of electrolytic polishing. Our new product, the "plasmotion plasma electrolytic polishing device," can supply the electrolyte to any position of the workpiece to be polished through a nozzle, enabling selective polishing, as shown in the illustration below. It is also suitable for polishing complex structures manufactured by 3D printers, and plasmotion has a track record of medical parts with a hole diameter of Φ1mm.
Inquire About This Product
Related Videos
basic information
Plasmotion has been researching plasma electrolytic polishing for many years and has a proven track record with a wide variety of metals. (Examples: SUS, titanium alloys, copper alloys, molybdenum, nickel-titanium, Invar, etc.) While some materials like tool steel, high carbon steel, and aluminum alloys can be challenging depending on the type of steel, Plasmotion also offers contract processing and is an experienced manufacturer.
Price range
Delivery Time
Applications/Examples of results
Materials and parts with proven track records (examples): Stainless Steel: Parts for medical applications (including laminated products), heating pipes, speaker components, instrument anode electrode parts Tool Steel: Parts for SLM, molding tools Cobalt-Chromium Alloy: Knee implant parts, dental parts Aluminum: Aircraft components, seats, clamp parts Copper: Computer parts Bronze, Brass: Tools, decorative items, dental components, parts for computers Titanium: Laminated products, medical implants Special Steel: Invar/tool parts Nickel-Titanium/spring materials Precious metals/jewelry
Company information
Matsubo provides services in two business areas: [Industrial Machinery & Information] and [Powder Technology], supported by a [Technical Center] backup system. Breaking away from the confines of a specialized machinery trading company, we have established a comprehensive service system to ensure our customers can use our products with confidence, ranging from consulting prior to implementation, engineering related to installation and localization, to maintenance and proposals for improvements and modifications after installation.