On the magnificent stage of metal processing, various metal materials such as stainless steel, aluminum, carbon steel, etc. frequently appear. However, it is not easy to make their surfaces display a perfect and flawless texture.

At this moment, a multifunctional processing machine that can be called a flat "beauty master" has emerged, giving these metal materials a stunning new look.

Stainless steel is widely used in kitchenware, medical equipment and other fields due to its corrosion resistance, durability and strength. However, the surface after processing often retains cutting patterns and burrs, which affect its appearance and performance.

Aluminum parts have a lightweight texture and excellent thermal conductivity, playing a crucial role in the manufacturing of aerospace and electronic equipment casings. However, their rough machining surface greatly reduces their advantages.

Carbon steel, as a traditional structural material, also faces problems such as slag adhesion and uneven surface after welding.

And this multifunctional processing machine is like an all-around artist, precisely targeting the characteristics of different metal materials.

For stainless steel flat surfaces, it first uses fine grinding techniques, combined with specially designed high hardness abrasives, like a patient painter, meticulously grinding off cutting patterns and minimizing surface roughness.

Subsequently, through the electrochemical polishing process, the wonderful effect of microcurrents in the electrolyte is utilized to give the stainless steel surface a mirror like luster, which is not only aesthetically pleasing but also further enhances its corrosion resistance.

Facing aluminum parts, considering the soft and easily scratched nature of aluminum materials, the processing machine adopts an ultra soft brush deburring process, combined with low-pressure airflow blowing, to gently remove surface defects and ensure a smooth and even surface of the aluminum parts.

Subsequently, using anodizing technology, a dense oxide film is created on the aluminum parts, which not only enhances wear resistance, but also gives them rich and colorful colors through dyeing, meeting personalized design needs.

When processing carbon steel, it first uses a strong magnetic separation device to remove the residual magnetic slag after welding, and then uses a high-speed rotating grinding wheel for rough grinding to quickly flatten the protruding parts.

The subsequent chemical pickling process effectively removes the surface oxide scale and rust, and returns carbon steel with a pure and smooth "natural color", laying a solid foundation for subsequent painting, electroplating and other processes.

From the fine polishing of high-end kitchenware, to the delicate processing of electronic product casings, and to the pre-treatment of industrial structural components, this multifunctional processing machine has become the backbone of the metal processing industry with its excellent "beauty" ability for different metal materials, driving the industry towards a new journey of higher quality and more diversified development.