In the complex process of metal processing, although cutting and welding have made great contributions to shaping and splicing the product, the burrs and slag problems left behind afterwards are like two "rough masks", covering up the smoothness and delicacy that the metal plane should have, seriously affecting the quality of the product. At this moment, a "divine tool" for deburring and slag removal emerged, bringing dawn to the repair of metal surfaces after cutting and welding.
After metal cutting, the edges of the workpiece are often covered with burrs, which resemble sharp steel needles. These burrs not only make the appearance of the metal surface rough and prickly, without any texture, but also become "troublemakers" during assembly. They are highly prone to scratching workers' skin and are a "disaster" for precision fitting parts. Small burrs may cause parts to not fit tightly, affecting the accuracy and stability of the equipment, and even causing malfunctions.
After welding, the slag tightly adheres to the metal surface, like a stubborn "armor", which not only destroys the flatness of the surface, but also makes it difficult to carry out subsequent surface treatment processes such as painting and electroplating, greatly reducing the corrosion resistance and aesthetics of the product.
And this artifact seems to have magical "magic", integrating multiple cutting-edge technologies in the deburring process. For small metal parts in precision electronic devices, ultrasonic vibration deburring technology is highly effective. The micro forces generated by high-frequency sound waves are like gentle fingers, gently removing burrs from the metal substrate without damaging the fine structure of the parts; Faced with thick burrs on large industrial machinery components, high-pressure water jet deburring uses a powerful and high-speed water flow to instantly remove the burrs, efficiently and quickly restoring the flatness of the metal surface.
When processing slag, it first uses a high-temperature preheating device to cleverly soften stubborn slag. Then, the mechanical scraper applies precise force to completely peel off the slag. At the same time, the built-in vacuum purification system runs in real time to quickly suck away the residue, making the processing area instantly clean as new, 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 cutting and welding metal surface repair tool, with its excellent performance, revitalizes metal surfaces and helps the metal processing industry embark on a new journey towards higher quality and intelligence.
