The shot blasting machine can clean various types of workpieces, including but not limited to the following:

Metal workpieces: Shot blasting machines are widely used for cleaning and processing various metal workpieces, such as castings, forgings, steel plates, steel pipes, steel structures, aluminum alloy parts, etc. It can remove oxide layers, rust, welding slag, oil stains, and old coatings on metal surfaces, providing a clean and rough surface with appropriate roughness.

Automotive and Automotive Components: Shot blasting machines are commonly used in the automotive industry to clean and process automotive components such as engine components, chassis components, wheels, frames, etc. It can remove oxidation, dirt, and coatings from the surface of components, providing preparation for the next step of processing or surface treatment.

Steel pipes and pipelines: Shot blasting machines can clean and process various steel pipes and pipelines, including oil and natural gas pipelines, pipeline fittings, steel pipes, etc. It can remove oxidation, dirt, and rust on the surface of pipelines, providing a clean substrate for the construction of protective coatings on pipelines.

Aircraft and aviation components: Shot blasting machines are widely used in the aerospace industry to clean and process aircraft components such as wings, fuselage, engine components, landing gear, etc. It can remove dirt, oil stains, and old coatings from the surface of components, providing preparation for repair, maintenance, and painting work.

Stone and concrete: Shot blasting machines can also be used to clean stone and concrete surfaces, such as building facades, stone sculptures, bridge piers, etc. It can remove surface dirt, aging layers, and coatings, providing a clean and rough surface with appropriate roughness.

It should be noted that the scope of application and processing capacity of the shot blasting machine vary depending on the model, specifications, and process requirements. When selecting a shot blasting machine, the most suitable equipment should be determined based on the specific type, size, and processing requirements of the workpiece.