TSW series vibrating feeder is the highly efficient feeding equipment independently researched, developed and designed by SBM on the basis of years of research and development, production and service experience in mining industry, and in combination with the existing feeding equipment technology. Compared with the traditional feeding equipment, TSW feeder can greatly enhance the production efficiency because of its pre-screening design.

High-frequency Vibration Exciter & Two-section Ladder-type Grate Bars

The equipment adopts double eccentric shaft vibration exciter with high vibration frequency, which has stable performance and strong exciting force; the supporting two-section ladder-type grate bars make feeding rapider and smoother, greatly enhancing the feeding capacity.

Variable Frequency Motor, Operation Becomes Easier and More Stable

Variable frequency motor is adopted for driving, which is easy to operate and control; the starting and adjustment become more stable; the feeding is uniform and precise, and the feeding speed can be linked with the host to realize automatic feeding feedback and guarantee the subsequent equipment capacity to reach the maximum efficacy; the cushioning design of tension device can reduce the equipment vibration and shock.

More Compact and Stronger Optimized Structure

The equipment is of compact structure and small installation size; the materials of main load-bearing parts and guard board of feeding box are upgraded, which reduces the wear of chute body and the maintenance workload. The grate bars are made from high manganese steel which has stronger structural load bearing capacity and longer life.

Optimized Process of Production Line Is of Higher Efficiency than the Traditional Process

The equipment is equipped with feeding grate bars which can pre-screen the feeding materials; the gap between the feeding grate bars can be adjusted according to the technological requirements of production lines, so as to optimize the process of production line and enhance the production efficiency.