With the demand for metal processing is increasing, the complexity of the process is becoming higher and higher. In terms of precision, higher requirements are also put forward for sheet metal processing which is the main component of metal processing in industrial production activities, and is also an important process of forming sheet metal products. It is widely used in various fields, such as household appliances, instrument metal shells, road billboards, garbage cans, charging piles and car washing machines.

A fiber laser cutting machine is an automatic precision metal cutting system that uses a CNC controller to drive a 1064nm laser beam to cut along the tool path generated by the CAD/CAM software to get clean and smooth metal cuts, which is a fine cutting tool for sheet metals, metal tubes, bars and straps with the ability to cut both flat and beveled metal shapes and profiles. Featuring a robotic arm, it can even perform personalized 3D metal cutting. Fiber lasers can cut metals from 1mm to 200mm with powers ranging from 1,500W to 60,000W at a maximum speed of over 120m/min. A fiber laser cutter is capable of cutting hard metals such as mild steel, carbon steel, stainless steel, silicon steel, spring steel, iron, titanium and alloy, as well as various highly reflective metals including aluminum, copper, brass, gold and silver, which make it popular in sheet metal fabrication, elevator manufacturing, electronic appliances, auto parts, machinery manufacturing, precision parts, marine aviation, custom advertising, metal arts and crafts. Compared with traditional CNC plasma cutters and waterjet cutting machines, fiber laser is faster, more precise and environmentally friendly, making it an ideal metal cutting tool for modern metal fabrication.