How to Eliminate Surface Burning and Over-Cutting in Automated Metal Polishing: An Advanced Guide
Jun 10, 2026
In modern hardware and metal manufacturing, surface finishing processes—such as mirror buffing, satin brushing, and deburring—directly determine a product's market value and competitiveness. High-end stainless steel tableware, bathroom faucets, and precision door hinges all rely on a flawless luster to signify premium quality. However, many factories transitioning to automation encounter a frustrating setback: the machinery runs perfectly, but the output suffered from "burnt" dark spots or deformed, over-cut edges.
This issue rarely stems from the machine itself. Instead, it is a symptom of an imbalance between polishing parameters (pressure, speed) and consumables (buffing wheels, compounds). Drawing from over 30 years of industry experience and 14 proprietary patents, Yiliang...
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