Hotline
+86-136 8495 9862
Email:cennia@szmizhi.com
Add::104,Building 27,Third Industrial Zone, Longxi Community,Longgang District,Shenzhen,China.
Coil Forming & Handling Equipment
Surface Treatment Equipment
Solutions
Application
About Us

Welcome to MIZHI
For consultation/feedback, please call the service hotline: +86-136 8495 9862 Email:cennia@szmizhi.com
A shot blasting machine engineered for large metal parts is a heavy-duty solution designed to tackle the surface treatment of oversized components, from automotive chassis to industrial machinery frames. These machines prioritize power and scalability, often featuring multiple high-speed centrifugal wheels (up to 12,000 RPM) that propel steel shots at metal surfaces to remove rust, scale, paint, and welding slag. The design includes a robust conveyor or rotating table to maneuver parts through the blasting chamber, with automated systems that adjust the shot flow and wheel angles to ensure uniform coverage across complex geometries.
For large parts, the machine’s chamber dimensions can range from 3 to 10 meters in length, accommodating components that would be impossible to process in standard cabinets. Advanced models may integrate robotic arms to reach internal cavities or hard-to-access areas, while heavy-duty media recycling systems filter and reuse shots, reducing operational costs. Industries such as aerospace, shipbuilding, and heavy equipment manufacturing rely on these machines to prepare parts for painting or coating, as the blasted surface texture enhances adhesion and prevents corrosion. Compared to manual blasting, shot blasting machines for large parts offer 80% higher productivity, with consistent results that meet international standards (e.g., ISO 8501-1). Additionally, noise reduction panels and dust extraction systems ensure compliance with safety regulations, making the process both efficient and environmentally responsible. By combining brute force with precision engineering, these machines redefine surface treatment for massive metal components.