Enhancing Product Quality Through Advanced Manufacturing
MDIC Advanced Manufacturing Clearing House
The Advanced Manufacturing Clearing House aims to encourage the adoption of advanced technology across the entire medical device product life cycle. It also serves as a resource library for manufacturers and stakeholders to stay informed of cutting-edge technological innovations, covering areas including design, production, distribution, tracking, reliability, quality, and safety.
Mission, Vision, and Impact
The purpose of Advanced Manufacturing Clearing House is to encourage the medical device industry to adopt advanced technology across the total product life cycle, leveraging innovative solutions in areas like design, supply, production, distribution, tracking, device reliability, overall quality, and safety. Examples of advanced technologies include but not limited to additive and generative part design, digital twins, and digital threads (e.g., modeling and simulation for virtual design verification, validation and design transfer), and data-driven closed-loop quality.
Application Portal
The current funding window for the Advanced Manufacturing Clearing House is CLOSED. Please stay tuned for future opportunities to submit a project to be empowered by AMCH along the pathway to digital transformation.
The Future is Here: Advanced Manufacturing in Medical Devices with Daniel Matlis
In an era characterized by unprecedented change and technological advancement, the message from industry leaders is clear: digital transformation is no longer optional but a critical necessity for survival and growth.
In this MDIC Studio Session, hear from Daniel Matlis, President and Founder of Axendia, as he describes the current state of advanced manufacturing in the life sciences industry and what is yet to come.
How Does Advanced Manufacturing Create Change?
Why Advanced Manufacturing?
Adopting Advanced Manufacturing throughout the product lifecycle ensures safe and effective output while enhancing product quality and yield. It also strengthens process controls, increasing operational effectiveness and reducing unplanned downtime. This approach enables informed decision-making, boosts product intelligence, and enhances after-market support.
