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Research on Structure and Control System of Laser Surface Texturing Machine

机译:激光表面纹理机结构与控制系统研究

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摘要

Existing laser honing machines all utilize the motion mode of workpiece movement. But as to complex workpiece, this mode is inappropriate to use. For example, cylinder liner, precasted into the engine block, is not suitable to rotate when fixed on the chuck, because the block is irregular and heavy. This equipment uses the mode of laser head rotation and linear motion. The workpiece keeps still during the laser texturing process. In this paper, the structure design and control principle of the laser machine are narrated in detail. The process of the machine is a new method of laser micro-texturing, named as "single-pulse interval of the same point many times". The method contributes to processing microscopic or macroscopic morphology and significantly reduces the negative thermal effects of laser processing.
机译:现有的激光珩磨机均采用工件运动的运动模式。 但是对于复杂的工件,这种模式不适合使用。 例如,汽缸衬套预防到发动机块中,不适合在固定在卡盘上时旋转,因为该块是不规则和重的。 该设备采用激光头旋转和线性运动模式。 工件仍然在激光纹理化过程中保持静止。 本文详细叙述了激光机的结构设计和控制原理。 该机器的过程是一种新的激光微型纹理方法,命名为“多次同一点的单脉冲间隔”。 该方法有助于处理微观或宏观形态,并显着降低激光加工的负热效应。

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