Automated Shot blasting
with steel & Stainless Steel

Thorough Surface Cleaning: Effectively removes rust, scale, old coatings, and surface contaminants.

Enhanced Surface Preparation: Creates an even, textured surface that improves adhesion for coatings and treatments.

Increased Durability: Strengthens the surface by hardening the outer layer, enhancing wear resistance.

Consistent Surface Finish: Provides a uniform finish, crucial for parts needing an even aesthetic or consistent coating application.

Cost-Effective Preparation: Reduces the need for manual cleaning and extends the lifespan of subsequent coatings.

Loading: Parts are placed into the blasting chamber, which can be automated or manually operated based on part size and volume.

Media Propulsion: Steel or stainless steel shot is propelled at high velocity using a turbine or air pressure system.

Impact and Cleaning: The media impacts the surface, removing unwanted contaminants and creating a uniform texture.

Inspection: Parts are checked for cleanliness and uniformity before moving on to the next step in production.

Automotive: For cleaning and preparing vehicle components like engine parts and chassis before coating or assembly.

Aerospace: To prep parts that must meet stringent durability and cleanliness standards.

Construction: Structural steel elements and heavy machinery components often need surface preparation before painting or coating.

Manufacturing: For prepping metal parts that will undergo further processing or coating.

Medical Devices: Ensures clean, textured surfaces that can meet stringent safety and adherence standards.

Military and Defense: Prepares parts for protective coatings and enhances their durability.

Cerakote: Prepares the surface to ensure strong adhesion and optimal coating performance.

Anodizing: Prepares the surface to promote uniform color and finish.

Powder Coating: Creates a textured surface that allows powder coatings to bond effectively.

Other Treatments: Works well for prepping parts that need bonding or adhesive applications.

Steel and Stainless Steel Components: Structural parts, machine frames, and heavy-duty fittings.

Cast Iron Parts: Such as engine blocks and large gears.

Aluminum Parts: Prepped for coatings or further processing like anodizing.

Welded Assemblies: To clean welds and prep for painting or coating.

Pipes and Tubes: To remove scale and prep for coatings or insulation.

Industrial Equipment: Parts like pumps, valves, and housings that need uniform surfaces before finishing treatments.