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Design and Development of CNC Robotic Machine Integrate-able with Nd-Yag Laser Device

机译:ND-YAG激光器件集成CNC机器人机器人的设计与开发

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摘要

The machining technologies and modern intelligent systems are expensive and require easy handling and integrated-able machine with various devices to perform multiple machining tasks. Computer Numerically Controlled (CNC) machines are accessible by manufacturers to perform several machining tasks due to effectiveness in handling accuracy. The majority of CNC machines are costly due to it complex but efficient machine and software design. This project is aimed to develop a cost effective and easily integrate-able CNC Machine System that is accessible to add-on Nd-Yag Laser Device. The deliberate mechanical design and the path of laser beam entering the machine and exiting the laser-head with intended electronics control structure controlled by CNC software is developed. The designed CNC Nd-Yag laser Machine is a teaching tool for workshop and is targeted to perform laser cutting and suitable engraving or welding tasks for small and medium scale industries. By testing the machine its expected positional accuracy was achieved and the control mechanism for Nd-Yag laser path reflection function was successfully tested.
机译:加工技术和现代智能系统昂贵,需要易于处理和集成的机器,具有各种设备来执行多种加工任务。计算机数控(CNC)机器可由制造商访问,由于处理精度的有效性,可以使用多种加工任务。由于其复杂但有效的机器和软件设计,大多数CNC机器昂贵。该项目旨在开发成本效益且易于集成的数控机床系统,可用于附加的ND-YAG激光器件。开发了刻意的机械设计和进入机器的激光束的路径,并利用由CNC软件控制的预期电子控制结构离开激光头。设计的CNC ND-YAG激光机是车间的教学工具,旨在为中小型行业进行激光切割和合适的雕刻或焊接任务。通过测试机器,实现了预期的位置精度,并成功地测试了ND-YAG激光路径反射功能的控制机制。

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