Being an expert in body-in-white, you likely encounter daily challenges related to the dimensional accuracy of assemblies. Whether it concerns doors, closures, structural sub-assemblies, floor or side panels, we all know that ‘green’ stamping parts does not necessarily mean and guarantee reaching an assembly in tolerance.
Therefore, finding the most efficient solutions to predict and prevent critical tolerance issues during try-out in the pilot hall or at start of production is crucial.
In our upcoming webinar we will introduce an innovative methodology to identify the root causes of deviations from nominal assembly and to optimize the shimming process using digital engineering tools.
Please join our webinar and discuss with us how this can significantly reduce over-engineering and minimize the number of try-out loops.
In this webinar, you will gain valuable insights into the following key areas:
- Understand the potential of virtual manufacturing for anticipating tolerance issues
- New ways to define a minimal clamping concept
- Understand the impact of clamp shimming to bring an assembly back into tolerances
- Optimize clamping conditions and operate within a stable process window
Who should join:
Automotive managers responsible for BiW engineering, pilot hall or body shop, experts in dimensional engineering, BiW design & manufacturing engineers, feasibility & body process engineers, metrology and quality engineers.
Please sign up here!
Registration July 10, 2024, Session: 9:00* (Duration approx. 30 minutes)
Registration July 10, 2024, Session: 16:00* (Duration approx. 30 minutes)
*Central European Summer Time (GMT +2:00)
Your Presenters:
(left) Stéphane Andrietti, Product Manager
(right) Michael Stippak, Technical Product Manager
You may also like to open a dialogue with Stéphane on LinkedIn.
