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Handling of Microparts in a Multi-Station Former

机译:多工作站前处理微零件

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摘要

With the presented technique of a cross transport unit to handle micro parts by using a linear direct drive and a vacuum pipette a new technology for micro formers was introduced. The results regarding precision and velocity of the total application are well satisfying. The linear direct drive enables a production rate of at least 240 parts per minute (transport distance 25 mm, position tolerance 2μm). In consideration of experimentally determined parameters like sucking distance and precision the cycle time can be reduced further. Shaped pipettes (radius or 90°V-shape) reach more than twice of the sucking force compared to non-shaped. Parts can be sucked from a distance of 0.55 mm and are positioned to the pipette with a precision of +-5.3 μm. The reliability analysis showed that the handling process allows the micropart to be transported even at high accelerations (10 g).
机译:借助提出的使用线性直接驱动器和真空移液器处理微型零件的交叉运输单元技术,引入了一种用于微型成型机的新技术。有关整个应用程序的精度和速度的结果令人满意。直线直接驱动器的生产速度至少为每分钟240个零件(运输距离25 mm,位置公差2μm)。考虑到实验确定的参数(如吸气距离和精度),可以进一步减少循环时间。异型移液器(半径或90°V形)的吸力是非异型移液器的两倍。可以从0.55 mm的距离吸取零件,并以+ -5.3μm的精度将其定位到移液器上。可靠性分析表明,即使在高加速度(10 g)的条件下,搬运过程也可以运输微零件。

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