In the complex process of metal processing, cutting and welding are key links.

Although they give metal materials a new form, they also bring many thorny problems, such as burrs, slag residue, and uneven welds, which make the metal surface full of defects.

And a processing device that combines multiple excellent functions has emerged, becoming the "terminator" of metal plane defects.

After metal cutting, the edges of the workpiece are often covered with burrs, which are like hidden "small spikes", not only making the appearance of the metal surface rough and lacking texture, but also causing great damage during subsequent assembly.

They may scratch workers' hands, hinder precise coordination between parts, and reduce the stability and accuracy of the entire mechanical structure.

After the welding process is completed, the slag firmly adheres to the metal surface, like a stubborn "stain", affecting the subsequent surface treatment effects such as painting and electroplating, resulting in a significant reduction in the corrosion resistance of the product.

At the same time, uneven welds also seriously affect the appearance and structural strength.

This magical device seems to have "superpowers", and in the deburring process, it performs different "skills" for different materials and deburring characteristics.

For fine aluminum alloy components in electronic devices, ultrasonic vibration deburring technology quietly exerts force.

The micro forces generated by high-frequency sound waves gently sweep away the burrs, like a gentle breeze blowing over a lake, without damaging the sensitive structure of the components; Faced with the burrs on thick carbon steel components in industrial machinery, high-pressure water jet deburring is vigorously activated, and the strong water flow is like a surging wave, instantly lifting the burrs up from the roots, efficiently and quickly.

When processing welding slag, it first softens the slag at high temperature, and then precisely peels it off through a mechanical scraper.

At the same time, it has a built-in vacuum purification system that operates in real time to quickly remove the residue, making the processing area clean as new.

For uneven welds, the equipment relies on precision CNC grinding function to accurately control the trajectory and force of the grinding wheel, finely grinding along the weld until it is smooth and shiny, laying a solid foundation for subsequent processing.

From the precise preparation of car body splicing in automobile manufacturing, to the polishing and cleaning of welded steel plates in shipbuilding, and to the perfect repair of components before precision instrument assembly, this equipment, with its powerful cutting and welding post-processing capabilities, completely eliminates defects in metal surfaces and helps the metal processing industry embark on a new journey towards higher quality and intelligence.