![]() ![]() With the integration of flexible part feeders, we have successfully provided systems in the electronics, medical, automotive, and plastics industries. With a wide range of flexible part-feeding solutions, our robotic integration designers can help customers automate in areas where it may not have been economically or technically feasible in the past. This leads to where we prefer leveraging technologies from companies like Asyril to integrate their 3-axis vibration “Asycube” flexible part-feeding solutions into robotic automation cells. Finding the Right Micro-Automation SolutionĪt Sure Controls, we want to offer our customers the best solution for their small parts application requirements. We have found these applications to be purpose-built automation cells handling limited parts with high volumes at high speeds. There are applications where a vibratory bowl feeder is the right infeed solution. ![]() Bowl feeders have allowed many successful automation solutions to be deployed but have limitations, including changeover (each bowl feeder is designed for a specific part), a high investment that can’t be easily re-purposed, difficulty handling delicate material, and jamming & part re-circulation. Traditionally, the infeed of parts into an automation cell is done with products like a bowl feeder. When you move into small parts assembly automation, another level of complexity is typically added to the equation due to challenges on the in-feed side. These factors include product in-feed, product out-feed, cycle rate, quality inspection, and, as important as the technical specifications, a shared definition of success. ![]() When approaching the automation of a system, there are many factors to take into consideration. ![]()
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