朴丽精工磨粒流,磨粒流抛光,流体抛光去毛刺,水射流抛光,

Industry applications
Grgrinding flow polishing process is especially suitable for complex internal cavity, cross holes, microholes and other surface polishing and burr, which is widely used in the following industries

Mechanical transport

China has the largest automobile market in the world, and the quality of parts determines the performance, reliability and service life of the vehicle. Therefore, the precision of vehicles for parts is getting higher and higher. As an efficient and precise polishing and deburr processing process, grinding particle flow polishing is favored by many manufacturers at home and abroad.
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Aerospace

Efficient, ultra-reliable engineering is crucial in the aerospace industry, which is why manufacturers want their components and production processes to meet such stringent requirements. The excellent surface roughness values and the rounded & deburring process play a fundamental role in significantly reducing engine friction.
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3D printing

In the field of metal additive products, the surfaces of various bending channels, blade impeller, tooth surface and heterosexual cavity have high hardness and poor roughness, while the polishing of 3D printed parts is preferred by particle flow polishing.
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Bio-medical treatment

The roughness problem of devices and parts can greatly affect the life and health of patients. Due to the particularity of its application scenarios in the application of medical devices, it should pay the most attention to surface treatment, so as to provide higher reliability, longer life and higher accuracy, and provide solutions to various key problems of medical devices.
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Mold extrusion

Polishing in the mold making process is an important process, with the increasingly widely application of plastic products, the appearance of plastic products quality requirement is more and more high, so the plastic mold cavity surface polishing quality to improve accordingly, especially the mirror and highlight surface mold surface roughness requirements, so the requirement for polishing to burr is higher.
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Hydro-kinetic force

Because of the surface characteristics of the turbine blade, the traditional mechanical or manual polishing, the accuracy and parity control stability is insufficient. Because of its use of non-Newtonian fluid abrasive, with good mobility, very evenly in contact with the polishing surface for grinding under pressure. And through the pressure, time, and abrasive granularity, to control the precision. The polished turbine blades have less friction and the blade surface has stronger oxidation resistance, which can significantly improve their performance and service life.
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