Low-Cost Pipetting Robot Based on a Portal Milling Machine

M. Hauschultz, Maria Friedo, Hannes Jacobs, Mohammad Lafta, A. Engels, A. Foitzik
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引用次数: 0

Abstract

Chemical adhesion promoters are necessary for the production of long-term stable metal-rubber composites. After these have been applied, rubber is molded onto the metallic base bodies by rubber injection molding. In (very) small batches, the adhesion promoter can be applied in precise volumes by hand using a fluid dispenser. However, this prevents homogeneity and uniformity of the layer thickness, which can cause variation in the reliability and strength of adhesion. As a technical solution, a pipetting robot has been envisaged. With the aid of several mechanical and electrical adaptations - including a new control technology - various fluid dispensers were integrated on 3-axis portal milling machines. Thus, full functionality could be achieved.
基于龙门铣床的低成本移液机器人
化学粘结促进剂是生产长期稳定的金属橡胶复合材料所必需的。在这些已经被应用,橡胶是模压到金属基体通过橡胶注射成型。在(非常)小批量,附着力促进剂可以应用在精确的体积通过手使用液体分配器。然而,这阻止了层厚度的均匀性和均匀性,这可能导致粘合可靠性和强度的变化。作为一种技术解决方案,移液机器人已经被设想。借助几种机械和电气调整-包括一种新的控制技术-各种流体分配器集成在三轴门户铣床上。因此,可以实现完整的功能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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