Tumble Belt Automatic Shot Blasting Machine

Mass-produced components, which can be tumbled, are ideal for processing in an tumble belt shot blasting machine. It is a fully automatic blasting system that performs extraordinary effective for oxide removal, core removal, rounding and other cleaning purposes.

Parts automatically tumble on a thick, perforated steel belt, a high-speed rotating impeller throws out steel shots in high speed and high flow to all exposed surfaces to deliver a consistent finish. The enclosed cabin design provides an environmental-friendly working space

Tumbling Belt Shot Blasting Chamber
The shot blasting chamber is configured with perforated steel plate riveted welding and laid with alloy guard plates, all peform wear-resistant, impact-resistant and long lifespan.

Electric Control
The electric control cabinet is flexible to manage the working of the impeller, tumbling belt, setting blast cycle time, starting dust collector, and other basic functions.

Media Lifting Elevator
The heavy blasting media such as steel shots after using can be lifted and delivered back to the system by the elevator.

Filter Cartrige Dust Collector
A pulse filter cartridge for dust removal system, features high removal efficiency and requires easy installation and maintenance.

Tumble Belt Shot Blasting Machine Specifications (KF-S4065 for Reference)

*Each of Kafan automatic blasting system can be custom-designed as requests.

Tumble Belt Automatic Shot Blasting Machine Application

This tumble belt type shot blasting machine is quite ideal for surface treatment of small and medium sized parts features relatively heavy, complex-shaped, also requires high output and good uniformity.

Tumble shot blasting machine is powered by electromechanical not by compressed air, it works through a high-speed rotating impeller to throw out steel shots in high speed and high flow, thus creates more forceful impact to surface. In the tumble belt blaster, the parts are placed in a half cylinder shaped volume by swiveling through the belt motion. At the same time, turbines located at appropriate angles blasts steel particles to cleans part surfaces.