In the field of metal processing, the corrosion resistance of stainless steel, the lightweight thermal conductivity of aluminum parts, and the high strength of carbon steel make them stand out in many industries such as aerospace, electronic equipment, and mechanical manufacturing.

However, in order to achieve precise and perfect machining of their surfaces, a flat precision machining machine that can handle three different materials has emerged, becoming a powerful assistant for metal processing.

Faced with stainless steel, stubborn burrs and welding slag often appear on the processed surface.

This universal machining machine adopts electrochemical deburring technology, which uses microcurrents to dissolve burrs in a specific electrolyte without damaging the substrate.

Combined with high-temperature softened slag, it is precisely mechanically polished to efficiently restore a smooth surface.

When drawing, with the help of special molds and precise parameter control, delicate or rough textures are created, which are both beautiful and enhance corrosion resistance, suitable for various needs such as high-end kitchenware and medical equipment.

Aluminum parts have a soft texture and are prone to leaving subtle defects during processing.

The machine uses ultrasonic vibration to remove burrs based on this characteristic, and high-frequency sound waves to gently remove burrs and protect sensitive surfaces.

The chamfering process relies on high-sensitivity sensors combined with a CNC system to strictly control the tool path and ensure seamless assembly of aerospace components.

In the wire drawing stage, combining anodizing and wire drawing technology, colorful appearance and wear resistance are given to electronic products, automotive decorative parts, etc., enhancing product charm.

After carbon steel processing, rough burrs and uneven welds urgently need to be solved.

The universal processing machine first uses high-pressure water jet combined with mechanical polishing to flush out rough and hard burrs, and finely polish to restore flatness; With high-precision numerical control, the chamfer angle is strictly controlled to enhance the stability of mechanical component connections; Before wire drawing, acid washing is used to remove oxide skin, and then wire drawing presents a unique texture, laying a solid foundation for subsequent coating and electroplating, meeting the dual pursuit of carbon steel strength and aesthetics in industries such as construction and machinery.

From tiny and precise electronic components to magnificent building steel beams; From high-speed spacecraft components to everyday kitchen utensils, this universal flat precision machining machine for stainless steel, aluminum, and carbon steel transcends material boundaries.

With exquisite craftsmanship, it overcomes the difficulties of flat machining for the three metals one by one, helping metal processing enterprises step towards a brighter future of higher quality and efficiency, and ushering in a new era of metal processing.