一、激光切割的主要特点激光切削适用于所有金属和非金属材料,能切割特软、特硬和脆性材料。激光切割所需的辐射强度为10~6～10~7W/cm~2。按激光器运转方式,激光切割可分为脉冲激光切割和连续激光切割两大类。前者适用于金属材料,后者适用于非金属材料。为提高表面质量和生产效率,切割金属时应采用高频率、高功率脉冲激光。与其它方法相比,激光切割具有以下突出优点:1.切缝宽度很小,通常为0.1～0.3mm,所以材料利用率很高,并能精确切割形状复杂 First, the main features of laser cutting Laser cutting for all metal and non-metallic materials, can cut special soft, hard and brittle materials. The radiation intensity required for laser cutting is 10 ~ 6 ~ 10 ~ 7W / cm ~ 2. By laser mode of operation, laser cutting can be divided into two categories: pulsed laser cutting and continuous laser cutting. The former applies to metal materials, the latter applies to non-metallic materials. In order to improve the surface quality and production efficiency, cutting metal should be high-frequency, high-power pulsed laser. Compared with other methods, laser cutting has the following outstanding advantages: 1. The kerf width is small, usually 0.1 ~ 0.3mm, so the material utilization is high, and can accurately cut the shape complex