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Our system design process includes throughput analysis, motion component optimization, hardware / software tradeoffs, and multi-tasking considerations
Our software design uses object oriented programming (OOP), concurrent processing to optimize throughput and user-friendly graphics to facilitate an intuitive, easy-to-use User Interface.
Automation feature capabilities include positioning control to 0.1 micron resolution utilizing Vision System assistance and integrating various equipment into a cohesive operating unit with a single Operator Interface.
System complexity of past projects include a fully automated assembly line for leadframe chip assembly and a fully automated plate molding system containing over 50 motors and 45 digital actuators.
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