In modern manufacturing, stainless steel, aluminum parts, and carbon steel are the three most commonly used metal materials, widely used in various industrial and engineering fields.

Different metal materials often face problems such as burrs, sharp angles, and rough surfaces during processing, which not only affect appearance but may also lead to inaccurate assembly or affect structural strength.

In order to address these challenges, professional flat processing techniques such as deburring, chamfering, and wire drawing have become universal "treasures" for stainless steel, aluminum parts, and carbon steel, greatly improving the processing quality and performance of metal parts.

Deburring technology is an indispensable part of metal processing.

Whether it is cutting, stamping, or welding, burrs will be generated on the metal edges, which not only affects the appearance of the components but may also lead to poor assembly accuracy.

Through efficient deburring technology, excess parts on metal parts can be quickly and accurately removed, ensuring a smooth surface and avoiding safety hazards caused by burrs.

At the same time, this provides a high-quality foundation for subsequent processing steps and improves the overall quality of the parts.

Chamfering process is the treatment of sharp angles in metal parts, often produced after cutting or stamping.

Especially in the processing of stainless steel, aluminum parts, and carbon steel, sharp angles not only easily cause stress concentration and increase the risk of cracking, but may also lead to assembly difficulties.

Through chamfering technology, sharp angles can be effectively removed, making the edges of metal parts smoother and more rounded, thereby improving their structural stability, durability, and assembly accuracy, and reducing potential damage and failures.

The wire drawing process uses special processing methods to present a uniform texture on the metal surface, which not only enhances the appearance texture, but also increases the wear and corrosion resistance of the metal parts.

Especially in the processing of stainless steel and aluminum parts, the brushed surface not only has a modern feel, but also effectively improves the durability and cleanliness of the metal surface, making it the preferred process for high-end products and precision components.

These processes not only improve the appearance and structural quality of metal components, but also enhance their functionality and safety.

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