In the complex process of metal processing, cutting and welding are extremely critical links, but the accompanying cutting burrs and welding slag problems often plague practitioners and become "roadblocks" that affect product quality and processing efficiency.

And a metal processing essential artifact specially designed to overcome these challenges is reshaping the process and quality of metal processing with its outstanding performance.

The traditional method of handling cutting burrs and welding slag relies heavily on manual polishing, which not only requires high labor intensity and time-consuming labor, but also varies in cleaning effectiveness due to the influence of workers' technical level and fatigue.

This artifact is completely different. It is equipped with a cutting-edge intelligent recognition system, like having a pair of "golden eyes", which can quickly and accurately identify the position, size, and adhesion status of slag and burrs on metal workpieces.

Facing the cut metal sheet, it can flexibly choose various technical methods such as mechanical deburring and electrochemical deburring according to the thickness and hardness of the burrs.

When encountering subtle burrs, electrochemical deburring technology quietly exerts its power, using specific electrolytes and electric currents to gently and accurately dissolve burrs without damaging the substrate of the workpiece; For coarse and hard burrs, a specially designed high-speed rotating tool is activated, coupled with precise CNC feed, like a skilled craftsman, to completely remove the burrs.

In terms of handling welding slag, he has shown great skills.

The high-temperature and high-pressure spraying device equipped with it can instantly generate strong impact force, peeling off stubborn welding slag from the surface of the workpiece.

At the same time, the built-in vacuum purification system works synchronously in real time to quickly remove the stripped slag debris, avoiding secondary pollution and maintaining the cleanliness of the processing area.

From the manufacturing of large steel structures to the welding and packaging of fine electronic components, this artifact is effortless.

In the field of shipbuilding, it efficiently removes a large amount of slag from the welding of ship hull panels, ensuring the smooth progress of subsequent coating processes and significantly shortening the construction cycle; In the precision instrument processing workshop, it gently handles the cutting burrs of small parts to ensure high-precision assembly of the instrument.

With its excellent performance in removing cutting and welding slag, it effectively improves the appearance quality and internal performance of products, reduces scrap rates, and minimizes labor costs and time consumption. It has become an indispensable assistant for metal processing enterprises, helping the industry to make big strides towards higher standards and intelligence.