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+86-136 8495 9862
Email:cennia@szmizhi.com
Add::104,Building 27,Third Industrial Zone, Longxi Community,Longgang District,Shenzhen,China.
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Welcome to MIZHI
For consultation/feedback, please call the service hotline: +86-136 8495 9862 Email:cennia@szmizhi.com
A fully automated sandblasting machine for metal represents the intersection of industrial efficiency and precision engineering, designed to handle high-volume surface treatment of metal components with minimal human intervention. These systems integrate robotics, AI-driven controls, and advanced sensors to deliver consistent cleaning, deburring, or texturing across diverse metal parts—from automotive gears to aerospace fasteners. The core design features a robotic arm with 6-axis movement, equipped with interchangeable nozzles that adjust to part geometry, and a conveyor system that feeds components through a sealed blasting chamber.
Automation begins with 3D scanning or vision systems that map each part’s dimensions, allowing the machine to generate optimal blasting paths. AI algorithms adjust parameters in real-time—such as abrasive type (steel grit, aluminum oxide), pressure (40–120 PSI), and nozzle distance—to match material hardness and desired surface finish. For example, carbon steel parts may require aggressive blasting to remove scale, while aluminum components need gentler abrasion to avoid warping. Post-blasting, inline inspection cameras verify surface quality against standards like ISO 8501-1, with reject mechanisms for non-compliant parts. Media recycling is fully automated, using magnetic separators and air classifiers to reclaim up to 98% of abrasives, reducing waste and operational costs. In automotive production lines, these machines process hundreds of parts per hour; in aerospace, they ensure critical components meet strict coating adhesion requirements. By eliminating human error and maximizing throughput, fully automated sandblasting machines redefine productivity in metal surface treatment, supporting just-in-time manufacturing and quality control.