Unifying Additive Prototyping and Commercial Manufacturing for Life Sciences

Join this session to learn about a first-of-its-kind product development process that integrates additive manufacturing with scaled manufacturing to drive innovation in life sciences, biotechnology, and pharmaceuticals industries.
Learn how a global leader in large-scale injection molding for healthcare and life sciences partners developed an integrated comprehensive additive manufacturing design and prototyping service to streamline entire product development processes—from initial design and prototyping to mold development and commercial-scale manufacturing.
This innovative approach reduced development timelines from approximately 24 months to just 8 months, significantly accelerating the time to market for critical advancements in biotech, healthcare, and pharma. This unique rapid prototyping approach was specifically tailored to meet the unique and challenging needs of life sciences and molecular diagnostics organizations aiming to scale up production.
This new integration supports highly technical application areas such as assay development, instrument consumables, and cell culture plastics. Utilizing cutting-edge additive manufacturing technologies, learn how to implement scalable and unique capabilities to prototype any form factor that fits within equipment constraints, ensuring high precision and flexibility.
This presentation will provide a detailed overview of the application of additive manufacturing in life sciences, featuring case studies that demonstrate rapid iteration of high-precision prototypes for molecular diagnostics, instrument consumables, and life sciences tools verticals. This session will highlight the impact of this novel approach toward end-to-end product development, showcasing examples of market-leading biotech, healthcare, and molecular research products.
Join us to explore how this new integrated approach to rapid prototyping and scaled manufacturing is transforming life sciences product development through the power of additive manufacturing, driving scientific innovation faster than ever.