Fiber laser cutting machine has significant advantages and application limitations.
Advantages:
Firstly, the equipment boasts outstanding high-precision cutting capabilities, with a spot diameter of less than 0.1mm and a tolerance control within ±0.1mm, making it ideal for precision processing of electronic components.
Secondly, it is highly efficient and has low wear, with a cutting speed 2 to 10 times faster than traditional methods. Non-contact processing eliminates tool wear, minimizes heat-affected zones, and eliminates the need for secondary grinding.
Thirdly, it has broad material adaptability, capable of processing both metals and certain non-metals, meeting the diverse needs of industries such as automotive manufacturing.
Fourthly, it features a high degree of automation, supporting software programming and integration into production lines, enabling unmanned production.
However, the equipment also has application limitations:
for highly reflective materials like pure copper and pure aluminum, the laser's reflectivity exceeds 90%, significantly reducing cutting efficiency and potentially damaging the laser. For thick plate processing, the 3000W equipment can cut carbon steel up to 20mm and stainless steel up to 10mm; for thicker plates, higher-power equipment is required, which increases costs significantly. Additionally, hard and brittle non-metallic materials like ceramics and glass are prone to cracking, and cutting PVC and other chlorine-containing plastics can produce toxic gases, requiring additional treatment.
Moreover, the high cost of high-power equipment, with core components costing tens of thousands of yuan, poses significant financial pressure on small and medium-sized enterprises in the early stages of investment.