An industry talk covering Bridgestone's research and development of virtual, mixed, and augmented reality technology and how we are implementing it to enhance the quality of our product.

Overall structure of the presentation: Metal printing technologies Metal casting technologies Additive manufacturing in metal casting applications Case study:aircraft seat frame Design and manufacturability rules Q&A I will also have numerous physical samples of varying sizes and materials to facilitate the session and concluding discussion.

Overall structure of the presentation: Metal printing technologies Metal casting technologies Additive manufacturing in metal casting applications Case study:aircraft seat frame Design and manufacturability rules Q&A I will also have numerous physical samples of varying sizes and materials to facilitate the session and concluding discussion.

Overall structure of the presentation: Metal printing technologies Metal casting technologies Additive manufacturing in metal casting applications Case study:aircraft seat frame Design and manufacturability rules Q&A I will also have numerous physical samples of varying sizes and materials to facilitate the session and concluding discussion.

Overall structure of the presentation: Metal printing technologies Metal casting technologies Additive manufacturing in metal casting applications Case study:aircraft seat frame Design and manufacturability rules Q&A I will also have numerous physical samples of varying sizes and materials to facilitate the session and concluding discussion.

This class show a process and an example on how to link a Rheology and Structural simulation to have better results.

Learn some simple tips for modifying and debugging

Simulation, Moldflow, Injection Molding, Design for Manufacturing

Learn how to use high rate additive manufacturing (3D printing) at an industrial scale by exploring the benefits/opportunities of the process. Using a case study, we'll explore four aspects of this: (1) design considerations, (2) manufacturing data preparation, (3) manufacturing keeping in mind geometric fidelity and (4) post processing.