In the vast world of metal processing, cutting and welding are key processes that lay the foundation for product shaping and splicing.

However, the many problems left behind afterwards, such as burrs, slag adhesion, and uneven welds, are like a difficult "tail" that troubles practitioners.

At this moment, a versatile device that can be called the "Swiss Army Knife" in the metal processing industry has made its debut, covering all the complicated processing work after cutting and welding, opening a new chapter of convenience and efficiency.

After metal cutting, the edges of the workpiece are covered with burrs, resembling sharp thorns. This not only damages the smoothness of the product's appearance, but also acts as an "invisible killer" during assembly, scratching workers' hands, hindering precise docking of parts, and reducing overall mechanical performance.

After welding is completed, the slag firmly adheres, and the weld seam is uneven, making it difficult for subsequent coating and electroplating to evenly adhere, which affects the corrosion resistance and aesthetic characteristics of the product.

And this magical device seems to have "eighteen martial arts skills", targeting the burrs after cutting, it has multiple built-in deburring modes.

Faced with the subtle burrs of fine electronic components, ultrasonic vibration deburring technology has emerged, with high-frequency sound waves exerting microscopic force to gently "smooth" the burrs, ensuring that the components are intact; For the thick and robust burrs of large industrial machinery, high-pressure water jet deburring is vigorously activated, and the strong water flow is like a "torrent beast", instantly lifting the burrs up and smoothing the edges of the workpiece.

Dealing with welding problems is even more unique. It first softens stubborn slag with a high-temperature preheating device, and then uses a mechanical scraper to accurately peel it off. At the same time, the vacuum purification system runs synchronously to suck away residue in real time, making the processing area spotless.

In response to uneven welds, the precise grinding function is activated, and the trajectory and force of the grinding wheel are precisely controlled by the CNC system. Fine grinding is carried out along the weld until it is smooth and shiny, laying a solid foundation for subsequent processing.

From the fine preparation of car body splicing in automobile manufacturing, to the polishing and cleaning of steel plate welding in shipbuilding, and to the perfect repair of components before precision instrument assembly, this "Swiss Army Knife" type equipment, with its excellent comprehensive performance, runs horizontally in all aspects of metal processing, greatly reducing labor costs and improving production efficiency, helping enterprises stand out in fierce competition and move confidently towards the path of high-quality and intelligent processing.