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Session

4 | Challenge Your Peers

Monday, September 29

04:30 PM - 05:30 PM

Live in Berlin

Less Details

  • Which criteria do you see for evaluating and benchmarking disassembly technologies for end-of-life automotive traction batteries?
  • What disassembly technologies seem the most promising? (Unscrewing, Laser, Waterjet, Milling, …)
  • What approaches should be used for the disassembly of battery pack architectures using structural foams?
  • What timeline do you see for fully automated disassembly?
  • How do you rate the design for disassembly?
PE
Workshop

Speaker

Max Rettenmeier

Industry Manager and PhD Candidate for Battery Recycling, TRUMPF SE + Co. KG

Max Rettenmeier completed a bachelor’s and master’s degree in industrial engineering. Among other activities, he gained experience in automation technology in the USA as part of his bachelor's degree. During his master’s degree, he worked at TRUMPF in the Industry Management for battery pack production and in the Global Key Account Management. He then joined Fraunhofer FFB as a research associate and product manager, focusing on the sustainable and efficient battery cell production of the future. Since 2023, he is responsible for battery recycling in the Industry Management at TRUMPF and is simultaneously researching the laser-based disassembly of traction batteries at the Graduate School of Excellence advanced Manufacturing Engineering (GSaME) within the University of Stuttgart.

Company

TRUMPF SE + Co. KG

The mission of TRUMPF is to further develop and digitally connect production technology, to make it even more efficient, precise, and future-proof. In doing so, we want to make manufacturing and its upstream and downstream processes more efficient. This is how we build the industrial world of tomorrow. We are one of the market and technology leaders in machine tools and lasers for industrial manufacturing and work with our innovations in almost every sector. Our software solutions pave the way to the Smart Factory, allowing us to implement high-tech processes in industrial electronics.

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