MDG Boston presents ... INNOVATING WITH 3-D PRINTING IN MEDICAL TECHNOLOGY
3-D printing technology has been around for many years, but the recent pandemic has shown how instrumental 3-D printing technology can be in healthcare and the medical device and industry.
From nasal test swabs, to ventilator parts, to 3-D printed face shields, 3-D printing has been involved in assisting those on the front lines. In addition, a number of companies are using 3-D printing in research and development.
Learn more about 3-D printing and how advances in the technology are enabling innovation, product development and small run manufacturing in the medical device industry.
Attendees will hear about various 3-D printing technologies, their potential applications in the medical device industry, and how medical companies are using 3-D printing in their business.

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This is a Free Event but must REGISTER here: https://www.mdgboston.org/events/EventDetails.aspx?id=1446708

Rsvp's on meetup do not guaranty your spot!

Moderator

James Coe, JD, MS
Counsel, Hamilton Brook Smith Reynolds
For nearly 20 years, James has provided clients with IP counseling for patent portfolio strategy and development, including as General Counsel of a venture-capital-backed 3D printing startup.

Panelists

Gaurav Manchada, BS Director of Healthcare, Formlabs
Formlabs is a leading 3D printing tech developer and manufacturer that enables clinicians, biomedical engineers, and medical device companies to create patient-specific preoperative planning models, orthoses, and surgical devices.

Park Mehendale, MBA, MS, Director of New Product Management, Conformis
Conformis uses its proprietary technology platform to develop, manufacture, and sell patient-specific joint replacement implants.

Nathan Castro, PhD
Co-Founder and CTO of
Nanochon
Nanochon is developing 3D printed joint implants to set new clinical standards for cartilage restoration.

Ahmed Ghazi, MD, MSc, Assistant Professor, Rochester Medical Center, Director of Simulation Training for the Department of Urology
His research laboratory is staffed with a team of biomedical engineers to build personalized organ replicas based on radiologic imaging.