Demystifying Robotic Material Removal

July 28, 2020

Noon - 1 PM ET

ABOUT THIS WEBINAR

Explore applications that highlight how all the pieces work together and what factors you need to consider to get it right.

  • Material removal operations are a vital part of the manufacturing processes. There is a strong growth trend to automate these processes, but the process itself can surface many unknowns.
  • In this webinar, 3M and ATI will present cases that detail customers’ ventures to automated material removal, highlight best practices for success, and illustrate how common challenges can be streamlined with the right selection of abrasives and tooling.
  • Attendees will learn how to assess and implement the ideal combination of abrasives, robotic tooling, and compliance to achieve an automated material removal process that drives their business forward. Resulting in safer, more efficient, higher quality results.

Key Takeaways:

  • Demystifying the automated material removal process
  • Things to consider when automating the material removal process
  • Deeper knowledge about the decision tree path to choosing robotic tools and types of abrasives to achieve your automation goals
  • If you’re a Systems Integrator: Why you should invest in growing your material removal offerings
  • If you’re a Manufacturer: Why you should invest in automating your material removal process, and questions to ask along the way
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Exclusive Sponsor:

3M

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WEBINAR PRESENTERS
Image of Sarah Mullins

Sarah Mullins

Sarah began her 3M career in 2001 after graduating from University of California Berkeley with a PhD in Chemistry. She developed new materials in 3M’s Corporate Research Laboratory and started with the Abrasives Systems Division in 2007. Her contributions to ASD include both process development and product development for 3M™ Cubitron™ II Abrasives. Currently, Sarah is an Abrasives Systems Division Global Application Engineer focused on designing robotic abrasive solutions for grinding, blending, sanding, finishing, and deburring of cast and forged parts.

Image of Tim Burns

Tim Burns

Tim Burns joined ATI Industrial Automation in 2016 as a design engineer where he worked extensively with ATI's Robotic Deburring Tools and Tool Changers. He has since become an Applications Engineer in ATI's Material Removal Product Group where he focuses on identifying solutions for customers and developing product support programs. He is passionate about bringing material removal to ATI's diverse customer base and building partnerships with motivated integrators. Tim is a graduate of Duke University with a Bachelor of Science in Mechanical Engineering.

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