High productivity thick magnetic component polishing machine jewellery polishing magnetic polisher

Working Principle
Magnetic Surface Polishing Machine is used the magical force of magnetic field to make the stainless steel pins rotate very fast and the pins deburr, polish and clean the workpieces high-effectively and precisely, which is suitable to light hardware, non-iron hardware, rigid plastic components and products.

Function
Magnetic Surface Polishing Machine removes the rusted layer or burnt spots of the parts, deburr and finish the parts in very short time. The machine is especially best workable for the parts with inner holes, complex shapes, vices or screw threads.

Features
a. Fast grinding speed,it is about 5-15 minutes per time grinding, equiped with two barrels to replace the workpieces quickly and can change the grinding components during workig.
b. Easy operation, absolute safe and one person can operate several machines at the same time.
c. Low cost, the stainless steel needle is semi-permanent grinding materials, lower consumption, the only consumable material is the grinding liquid.
d. No pollution, the grinding liquid contains water content, nontoxic and non-fire crash, fully meeting the environment discharge standard.
e. After finishing the grinding, it can separate the workpieces and stainless steel easily by the sieve, screen drum, electromagnetic force or separator.
f. The diameter of the stainless steel needle is available from 0.2-5mm to 1.2-10mm.

Packing Details:
Magnetic Surface Polishing Machine is firmly packed in an export standard wooden box .

Mass Finishing describes a mechanical process where large amounts of parts are economically processed to achieve one or several surface improvement functions. These surface improvement functions include:
Cleaning
Deburring
Surface refinement
Inhibiting
Drying

These functions are not independent of each other. It is common to have several or all of these functions take place in a single mass finishing process.
Process Capability is the measured, built-in reproducibility of the product turned out by the process. Such a determination is made using statistical data, not wishful thinking. Statistically determined limits are compared to specification limits to decide if a process can consistently produce acceptable product. Process capability is best established through closely monitored testing and recording of data over a set period of actually production.