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Laser Materials Processing for Industrial Applications

机译:用于工业应用的激光材料加工

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摘要

Laser, a high intensity, precise, flexible and clean heat source is used as a manufacturing tool in several industrial sectors. With the advent of more robust, energy efficient, cheaper and low footprint lasers such as fiber lasers, laser based manufacturing is increasing rapidly. Laser based processes can be classified into macro processes (cutting, welding, cladding, alloying, drilling, brazing) and micro processes (micro texturing, scribing, micro drilling etc.) depending on the scale of effects induced during the process. The Centre for Laser Processing of Materials (CLPM) at ARCI, established about 15 years ago has been carrying out RD on several processes for application in industry. Some of the recently developed industrial applications such as laser micro texturing of automotive components, laser deposition based repair of pressure die casting dies, laser brazing of aluminium alloys to steel, laser hardening of bearing steels and laser metal additive manufacturing are presented here.
机译:激光是一种高强度、精确、灵活和清洁的热源,在多个工业领域被用作制造工具。随着更坚固、节能、更便宜和更低占地面积的激光器(如光纤激光器)的出现,基于激光的制造正在迅速增长。基于激光的工艺可分为宏观工艺(切割、焊接、熔覆、合金化、钻孔、钎焊)和微工艺(微纹理、划线、微钻孔等),具体取决于工艺过程中产生的效果规模。ARCI的材料激光加工中心(CLPM)成立于大约15年前,一直在对几种工业应用工艺进行研发。这里介绍了一些最近开发的工业应用,例如汽车部件的激光微纹理加工、基于激光沉积的压力压铸模具修复、铝合金对钢的激光钎焊、轴承钢的激光淬火和激光金属增材制造。

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