Revolutionize Medical Device and Implant Design with Implicit Modeling
Live Webinar | Two Time Zones | November 14, 2024

Featuring Presentation By:
In the fast-evolving medical device sector, technologies such as additive manufacturing, combined with intelligent design solutions, provide opportunities for highly customised products that are optimized for the manufacturing process and their in-service operation. Using the latest design and simulation technologies is essential to ensure device manufacturers innovate at the pace of a competitive industry while successfully enhancing patient outcomes.
This one-hour webinar, featuring insight from Pedro Yoshito Noritomi, Researcher and Chief of The Division of Technologies for Production and Health at CTI Renato Archer, will demonstrate how simulation solutions have evolved to enable design teams to overcome traditional design constraints, providing the ability to efficiently create intricate, high-performance implants and devices.
Join our one-hour webinar and learn about implicit modeling in Altair Inspire
During the session, we will explore how implicit modeling within Altair Inspire enables users to simultaneously design the macro-scale structural features and the meso-scale porous, lattice-like geometry for medical devices. This all takes place within the same product, including direct connections to Altair's full suite of simulation solutions.
Whether you’re involved in devices, implants, or prosthetic/orthotic development, this webinar is an excellent opportunity to gain insights into how implicit modeling revolutionizes the healthcare design process for additive manufacturing..
Join the session and walk away with a clear understanding of how user friendly yet powerful design tools can push the boundaries of innovation in medical device design, helping your team produce safer, more effective, and commercially viable implants faster than ever before.
Principal Software Engineer
Altair
Researcher - Chief of The Division of Technologies for Production and Health
CTI Renato Archer