Laser surface texturing(LST) has been the most successful way in surface texturing because of its good performance such as high speed, non pollution and excellent control ability for shape and size.
另外，激光表面微造型技术以其制造加工速度快、对环境无污染以及优良的形状和尺寸控制能力被认为是表面微造型领域成功的造型方法。
Organism unsmooth theory in geometrical morphology is introduced first, and laser texturing techniques applied in increasing roll surface wearability is also described.
介绍了生物几何非光滑理论及激光毛化技术在提高轧辊耐磨性方面的应用情况；
Using optimum design for experiment scheme, laser graphic texturing was adopted to form bionic non-smooth microstructure on the gear surface to study anti-wear capability of the gears.
利用试验优化技术设计试验方案，采用激光图形雕刻加工的手段实现齿轮表面仿生非光滑形态，研究非光滑与光滑两种形态齿轮的耐磨损性能。
We develop an all-solid-state YAG laser texturing system used for surface treatment of cold roll.
我们针对冷轧辊表面毛化处理这一特殊应用领域，开发出了全固态yag激光毛化设备。
We develop an all-solid-state YAG laser texturing system used for surface treatment of cold roll.
我们针对冷轧辊表面毛化处理这一特殊应用领域，开发出了全固态yag激光毛化设备。
应用推荐