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Automatic and interlinked component process, loading/ unloading with robot or handling system provides an Efficiency boost for drag finishing and other integrated manufacturing process disciplines

机译:自动和相互链接的组件过程,通过机器人或装卸系统进行装卸,可有效提高拖曳精加工和其他集成制造过程规范的效率

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摘要

Drag finishing technology is quite different when compared with conventional mass finishing systems and has been proven in numerous applications and in various industries that with highly efficient processing it can produce "bespoke" qualities in all sorts of finishing tasks such as deburring, polishing, edge breaking/radiusing or surface smoothing. Drag finishing produces excellent consistency with absolutely repeatable surface finishes. To further enhance this superb process for increased productivity, Rosler's Research & Development team were set the task of designing the automation of the clamping device / jig and setting of precise control parameters required for robotic loading and unloading. This has brought about outstanding process control and productivity progressions.
机译:与传统的大批量精加工系统相比,风阻精加工技术有很大的不同,并且已在众多应用和各个行业中得到证明,通过高效加工,它可以在各种精加工任务(例如去毛刺,抛光,切边)中产生“定制”质量/辐射或表面平滑。拖曳精加工具有出色的一致性,并具有绝对可重复的表面粗糙度。为了进一步增强这一精湛工艺以提高生产率,罗斯勒的研究与开发团队的任务是设计夹紧装置/夹具的自动化,并设置机器人装卸所需的精确控制参数。这带来了出色的过程控制和生产率进步。

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