Medtech innovation requires a team effort. Innovators, engineers, clinicians and product developers need to find the best ways to work together to create devices that are beneficial, safe and cost-effective to the Medtech Sector.

Finding a Sure Path Through MDR, Brexit and Other Global Challenges

Medtech innovation requires a team effort. Innovators, engineers, clinicians and product developers need to find the best ways to work together to create devices that are beneficial, safe and cost-effective to the Medtech Sector

How is technology fundamentally change how we’re treating patients. In this keynote interview, Penny Wheeler, a board-certified obstetrician/gynecologist who took over as CEO of Allina in 2015, will share how the healthcare system views Medtech, AI and other disruptive technologies.

In this panel, experts from the Mayo Clinic will discuss how additive manufacturing, augmented and virtual reality applications are becoming essential to surgical practice, preparation and training. But where will these disruptive technologies fit into future patient care?

Hear from and network with key FDA officials and staff who led all medical device inspectional and compliance activities covering eighteen states from Florida to Minnesota. This interactive FDA session will cover the key compliance and regulatory issues critical to the medtech industry, as well as Q&A and discussion.

Medtech innovation requires a team effort. Innovators, engineers, clinicians and product developers need to find the best ways to work together to create devices that are beneficial, safe and cost-effective to the Medtech Sector.

Medtech innovation requires a team effort. Innovators, engineers, clinicians and product developers need to find the best ways to work together to create devices that are beneficial, safe and cost-effective to the Medtech Sector.

Prof. John A. Rogers, Louis Simpson and Kimberly Querry Professor of Materials Science and Engineering, Biomedical Engineering, and Neurological Surgery, Northwestern University In this talk, Professor Rogers will lay out his lab’s ongoing development of skin-interfaced, wireless wearables capable of ICU-grade monitoring, both in the clinic and the home. These advanced tools also support simultaneous capabilities in continuous tracking of novel metrics of patient health, with the ability to provide comprehensive, and potentially predictive, assessments of physiological status using advanced data analytics approaches.