2.Suitable for different shapes,such as cylindrical,internal,screw rod,curved and spherical,ect;
3.Suitable for all kinds of matierals,such as carbon steel, aluminum alloy,copper,ect;
4.Suitable for different industries,such as Turbine,Mining machinery,Mechanical valve,Petroleum Machinery,Bearing mechanical, Mold,Paper machinery,Pharmaceutical Machinery centrifuge,Piston rod,Hydraulic cylinder,Helical rod,Metallurgical Machinery,Wind power,Hydropower,Motor.
5.Can be used in all kinds of machine tools,such as lathe,grinding machine,boring machine,milling machine,planning machine,spherical lathe and CNC machine tools,ect, just only change the cutter;
6.Just one time,improve production efficiency greatly;
13.It’s a nonabrasive process,without abrasive,felt,lapping compounds and hardwork.
Pricinple:
According to the plastic deformation metal in the normal temperature and apply superfinishing equipment to process the surface without any abrasive to get desirable roughness,this process just like ironing clothes.
Process:
Firstly,make the workpiece pre-machining,then apply superfinishing equipment,the roughness will reach less than Ra0.1 easily, just like ironing the clothes,a kind of compressive stress created on the surface at the same time,the mico hardness will be improved more than 20%,the wear resisitance will be improved greatly and the life will be improved 5 ~10 times.
Description:
This equipment including two parts,one is cutter,the other is control center,
the cutter is controlled by control center,
there is a unstable ball which made from a special materials on the cutter head,
during process,the ball impacts the surface 30,000 times per second with very little press about 2.5N,
the temperature is little higher than the normal temperature,
it's a nonabrassive process,without abrasive,felt,lapping compounds and hardwork,
save time and cost greatly,and very environmental,
it's very different from the rolling,polishing,grinding and other process,
more precisely,it just like ironing the clothes,
never remove any materials from the surface.