Belt Grinding Machines achieve rates of high production efficiency, quality finish and economy which cannot be achieved by any other method of grinding or polishing. For example, by changing grit sizes, a machine may be converted from a heavy duty grinder to a fine micropolisher.
Belt grinding machines can be adopted for semi-automatic or fully automatic working. Further, in most applications, belt grinding imposes less strain on the workpiece when compared to other forms of grinding. Cracking, burning etc, do not occur during the process of belt grinding.
Classification of Belt Grinding Machines
Abrasive belt grinding machines are usually classified by the surface that forms the backing of the coated abrasive at the work area. This backing has an important effect on the material removal rate and on the finish. The backing governs choice of contact pressure, the angle of cut and the speed of operation.

Belt Grinding Machines achieve rates of high production efficiency, quality finish and economy which cannot be achieved by any other method of grinding or polishing. For example, by changing grit sizes, a machine may be converted from a heavy duty grinder to a fine micropolisher.
Belt grinding machines can be adopted for semi-automatic or fully automatic working. Further, in most applications, belt grinding imposes less strain on the workpiece when compared to other forms of grinding. Cracking, burning etc, do not occur during the process of belt grinding.
Classification of Belt Grinding Machines
Abrasive belt grinding machines are usually classified by the surface that forms the backing of the coated abrasive at the work area. This backing has an important effect on the material removal rate and on the finish. The backing governs choice of contact pressure, the angle of cut and the speed of operation.