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Optimization and design of a laser-cutting machine using delta robot

机译:三角机器人激光切割机的优化设计

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摘要

Industrial high speed laser operations the use of delta parallel robotspotentially offers many benefits due to their structural stiffness and limitedmoving masses. This paper deals with a particular Delta, developed for highspeed laser cutting. Parallel delta robot has numerous advantages in comparisonwith serial robots Higher stiffness and connected with that a lower mass oflinks the possibility of transporting heavier loads, and higher accuracy. Themain drawback is however a smaller workspace. Hence there exists an interestfor the research concerning the workspace of robots.In industrial cutting toolmaximum do not have more prescribe measurement to cut so that in This paper isoriented to parallel kinematic robots definition description of their specificapplication of laser cutting comparison of robots made by different producersand determination of velocity and acceleration parameters kinematic analysisinverse and forward kinematic. It brings information about development of Deltarobot. The production of laser cutting machines began thirty years ago. Theprogress was very fast and at present time every year over 3000 laser cuttingmachines is installed in the world. Laser cutting is one of the largestapplications of lasers in metal working industry.
机译:工业高速激光操作由于其结构刚度和有限的运动质量,使用三角并联机器人可能会带来许多好处。本文涉及为高速激光切割开发的特定Delta。与串行机器人相比,并联机器人具有许多优势。刚性更高,并且连接质量更轻,链接的可能性更大,可以运输更大的负载,并且精度更高。然而,主要缺点是工作空间较小。因此,对机器人工作空间的研究引起了人们的兴趣。在工业切削刀具中最大程度地没有更多的切削量规定,因此本文针对平行运动机器人定义定义,描述了它们在激光切削中的特殊应用,比较了不同生产商生产的机器人和速度和加速度参数的确定运动学分析反向和正向运动学。它带来了有关Deltarobot开发的信息。激光切割机的生产始于三十年前。进展非常快,目前每年全球安装了3000多台激光切割机。激光切割是金属加工行业中最大的激光应用之一。

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