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卢布林铸造机械工厂建立了一个激光强化工段。这一新工艺可以显著扩大主要满足铁路运输需要的激光强化的实际应用范围。激光已在各种材料,主要是有相变区的钢和合金的各种热处理方法中得到了广泛的应用。借助于激声可以使材料淬火并显著提高零件和工艺装备的硬度和耐磨性。最经常使用的能源是连续作用式CO_2激光器,这种激光器在汽车工业,特别是发动机气缸套、小轿车后桥零件和其它产品零件的热处理中得到了广泛的应用。但是还有一大类低碳钢、
Lublin foundry machinery factory has established a laser enhancement section. This new process can significantly expand the range of practical applications for laser hardening that mainly meets the needs of railway transport. Laser has been widely used in various heat treatment methods of various materials, mainly steel and alloy with phase change zone. With the help of excitement, the material can be quenched and the hardness and wear resistance of the parts and process equipment significantly increased. The most commonly used energy sources are continuous-action CO 2 lasers, which are widely used in the heat treatment of the automotive industry, especially engine cylinder liners, rear axle components for cars, and other product components. But there is a large group of low-carbon steel,