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New Tracking Technology Enables Robots to Carry Out New Tasks on Composite Parts and its Molds

机译:新的跟踪技术使机器人能够在复合零件及其模具上进行新的任务

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Composites are becoming a common material for aero structures; that means new manufacturing processes with new problems and new challenges have to be solved. Our engineering team (EiNA) has recently developed and patented a new end effector for Robots that is able to track any kind of surface (even if the surface is moving, swinging, bending….which usually happens when working with big composite parts.) and carry out the required task. This new feature has enabled robots to automate manual tasks that hadn't been automated jet like sanding, cleaning, polishing, applying solvents, applying release and cleaning agents not only on aero structures but also on its molds. The solution is based on a set of sensors, a postprocessor which runs a software and a mechanical compensation gadget. As a result, we can keep all the parameters of a process fully under control even if the part we are working on is not stable and it moves swings and bends.
机译:复合材料正在成为Aero结构的常见材料;这意味着具有新问题和新挑战的新制造过程必须得到解决。我们的工程团队(EINA)最近开发并获得了能够跟踪任何类型表面的机器人的新终端效应器(即使表面正在移动,摆动,弯曲......通常在使用大型复合部件时发生。)并执行所需的任务。这项新功能使机器人能够自动化手动任务,这些任务不是自动喷射,如打磨,清洁,抛光,涂抹溶剂,不仅在Aero结构上应用释放和清洁剂,还可以在其模具上。该解决方案基于一组传感器,该传感器是运行软件和机械补偿小工具的后处理器。因此,即使我们正在进行的部分不稳定,我们也可以在控制下完全保留一个过程的所有参数即使不稳定,它会移动摇摆和弯曲。

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