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Injection molding operations only make money when the mold is closed. But loading and unloading machines is dull, repetitive, and injury-prone work that is challenging to staff - making these tasks a prime application for automation. Universal Robots offers a range of cobots with varied reach and payload capabilities that seamlessly integrate into existing facilities, even those with high-mix, low-volume production that traditional robots can't handle cost-effectively.
Ready to transform your business? Join Christopher Buse, Application Engineer Manager, and Tim Graham, Business Development Manager from Universal Robots, as they reveal how cobots can revolutionize injection molding processes. Learn how integrating 6-axis cobots can enhance efficiency, streamline post-molding tasks, and optimize assembly and packaging, while also boosting production, enabling additional shifts, and reducing costs.
Key Takeaways:
Meet the Speakers:
Christopher Buse graduated from Ferris State University in 2017, obtaining a B.S. degree in Plastics and Polymer Engineering Technology. Chris started in the automotive injection molding industry utilizing both gantry and 6-axis traditional robots, then transitioned into medical device manufacturing engineering where he continued to implement robotic solutions for high mix / low volume before becoming an Application Engineer at Universal Robots in 2022 with a focus on the plastics industry.
Tim Graham, based out of New York, is a Business Development Manager for the East region at Universal Robots. Prior to this position, he spent 6 years with Schneider Packaging Equipment holding several roles, most recently as a regional sales engineer. Tim is an expert in robotic palletizers, having led various projects during his time at Schneider and UR. In 2018, Tim was named one of PMMI's "On the Rise" winners, an award that recognizes 10 young professionals who have demonstrated leadership potential in packaging and processing. Tim Graham graduated from Clarkson University in 2014 with a B.S. in Mechanical Engineering and a minor in Electrical Engineering.
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