Artificial Intelligence technology enables the automation to guide itself. This can mean adapting to irregular surfaces or seams that deform as the heat of welding is applied. Previously, these obstacles required human correction, frequent adjustment and countless weld job files.

Join the conversation as experts from IBM, Path Automation and Yaskawa discuss the advantages AI brings to the field of robotic welding. From no-code programming, to seam tracking, and continuous automatic inspection, these new technologies expand capability, improve part integrity, and keep your operations moving!

Our AI experts will share about current challenges and advancements that AI presents in robotics, and what the future of adaptive manufacturing looks like. Register now to grab your spot and prepare for the future of robotic welding.

Topic Highlights

• Adaptive and AI Welding

• Live AI Weld Inspection

• Progress of AI in robotics manufacturing

• Future state of AI integrations

• Expert Panel Q&A

Who Should Attend

• Job Shop and SME Personnel

• CEOs/Company Owners/Decision Makers

• Welding Managers/Production Managers/Operations Managers

• Manufacturing Engineers/Production Engineers

• Robot Programmers/Skilled Welders/ Etc.

• Anyone interested in optimizing welding operations

About the Presenters

 

Philipp Schume is the leader of Product Development and Go-To-Market strategy for the Smart Edge for Welding solution at IBM. Philipp drives innovation at the intersection of AI, IoT, and edge computing to revolutionize weld quality assurance.

 

Andrew Lien is Head of Product for Path Robotics. Before that, Andrew was the Director of Hardware Engineering.

 

Josh Leath is Sr. Product Manager for Welding at Yaskawa Motoman. After spending over a decade as a Product and Brand Manager for tools and test equipment lines, Josh joined the Yaskawa team in 2017. With 18+ years of experience, he works extensively with end users to cultivate solutions that ensure customers are equipped with the tools and knowledge they need to succeed.