In industrial manufacturing, the deburring of shaped holes on internal threads has always been a problem. Traditional machining methods often fail to completely remove burrs and can cause damage to the workpiece. This is where the fluid polisher becomes an effective tool to solve this problem.
The fluid polishing machine uses a high-speed flowing polishing slurry to produce impact and friction on the machined surface, so as to remove burrs and improve the surface finish. During the polishing process, the polishing slurry hits the surface of the workpiece at a very high speed, causing the burrs to break or be ground flat by extreme impact.
There is no need to worry about abrasives destroying thread accuracy, as large holes are much larger than small holes, and abrasives have little velocity in large holes. The pressure is mainly concentrated in the small hole, so that the burr can be removed, and the accuracy loss is 0Within 5 filaments.
Don't worry about efficiency, generally use abrasive flow to burr, the amount of these products will not be particularly large, mainly precision parts, it is no problem to replace more than a dozen manpower. In fact, the more difficult the burrs in the holes are solved by other processes, the more efficient it is to use abrasive flow, especially the burrs of some special-shaped holes, small holes, and deep cross holes.
Fluid polishers offer significant advantages in removing odd-shaped hole burrs on internal threads. First of all, the fluid polisher can quickly and effectively remove burrs and improve the surface quality of the workpiece. Secondly, due to the fluidity and softness of the polishing slurry, the fluid polisher can complete the deburring work without damaging the surface of the workpiece.