Resources Category: Webcasts

Discover the transformative impact of Additive Manufacturing in Life Sciences, offering the medical industry unparalleled freedom of design, adaptability, and functional integration. Explore the far-reaching opportunities it creates for manufacturers of implants, dentures, medical and orthopedic technology products, orthoses, and prostheses. In this webcast, learn how to gain complete control over shapes, materials, and specific designs based on patient-specific data enables more individualized treatments, simplifies biomechanical reconstruction, and facilitates the rapid implementation of innovative therapy methods.

Medical devices industry is driven by innovation and simulation plays a crucial role. The simulation of human systems and their interaction is considerably more difficult and less evolved than of mechanical components. Material modeling of medical devices, such as implants is also challenging. There is also the pressure to address flaws early in the design stage before physical prototyping. To address these challenges, companies need to shift from the traditional design-build-test method to a simulation-driven approach. In this webcast, our industry consultant discusses how a simulation-driven approach will help the Medical Devices Industry to bring affordable products to market.

Drive medical innovation with simulation technology. By optimizing design and performance, we create smarter, safer devices that shape the future of healthcare

Watch the YouTube video on ‘Ensuring Compliance throughout the Automotive Design Process’ by EDS Technologies Discover key strategies for maintaining compliance, meeting regulatory standards, and ensuring quality at every stage of automotive design and development.

Explore the benefits of modern, scalable additive manufacturing with a user-friendly 3D printing solution designed to bring your ideas and designs to life quickly and cost-effectively. Utilizing advanced print materials, you can create parts suitable for functional prototypes in mechanically demanding applications and even as final end products. This printer empowers students to unleash their creative potential, achieving design thinking and practical applications without limitations. With this 3D printer in your lab, the possibilities for innovation and hands-on learning are endless.

How can Q-Checker help to streamline the collaboration with a car maker from a major supplier perspective? Klaus Zamazal, Skill Team Leader and Ingo Bleyer, Quality Engineer PLM from AVL List GmbH will present how using an advanced check tool in the business process ensures ‘ready-to-use’ CATIA data…