AMS X

World’s First Biologically 3D Printed WindPipe / Trachea

Formnext

Share this Article

Another first within the 3D printing industry has arrived.  This time the discovery is a biologically precise windpipe.  Back in May of last year doctors were able to implant a synthetic wind pipe into an infant by the name of Kaiba Gionfriddo who had issues breathing.  Now Doctors in New York have surprised us again with a much more exciting discovery.  They have printed out an airway with actual human cells, meaning there should be no rejection within the human body.

This discovery can be credited to Dr. Faiz Bhora of St. Luke’s and Roosevelt Hospitals and his research team.  The windpipe was printed on a 3D printer using biological materials, however they still need to figure out a reliable way to implant stem cells into the windpipe so that the entire trachea can be created.

We still need to work on ways to impregnate that (The air tube) with stem cells that will reliably reproduce, said Bhora

Having said this, they have been able to do just this, and have implanted the trachea segment into a pig which is currently showing no signs of rejection. Only recently has the stem cell technology been in place within the medical community to make this possible. The hope of Dr. Bhora and his team is to very soon be able to transplants these wind pipes into a human. Every year thousands of people could use a trachea implant, but instead have to opt for Tracheotomies, where a tube is inserted through the neck, leaving the patient unable to speak, and prone to serious infection. These medical breakthroughs, with the help of 3D bioprinters will soon enable windpipe transplants which are created with 100% human cells.

Dr. Bhoraand his team hope to implant a full trachea into a human patient within the next few years.

Discuss this story Here: https://3dprintboard.com/showthread.php?1497-Doctors-3D-Print-Wind-Pipe-With-Human-Cells



Share this Article


Recent News

3D Printing News Briefs, October 10, 2026: Drones, WAAM, Ceramics, & More

10 Years of Multi Jet Fusion: Onsite at HP’s Vancouver, Washington Facility



Categories

3D Design

3D Printed Art

3D Printed Food

3D Printed Guns


You May Also Like

The Manufacturing Race Behind the Drone Revolution

We are in the middle of a major manufacturing shift focused on the production speed and payload capacity of uncrewed aerial systems (UAS), or drones. A recent Manufacturing Dive article...

ADDMAN to Buy Up to $10.8M in Nickel 718 Powder from 6K Additive Over 30 Months

After years of buildup, we’re finally starting to see what the US metal additive manufacturing (AM) market could look like at scale. To be sure, it’s still not quite there,...

Metal AM in a Multipolar World, Part 2: How PBF and DED Could Change by 2035

The first decades of PBF development were heavily shaped by machine capability: more power, more lasers, larger build volumes, better recoating, and improved process monitoring. These developments will continue, but...

Featured

Advanced Manufacturing at IMTS 2026: 3D Printing and AI and Drones, Oh My!

Last week’s International Manufacturing Technology Snow (IMTS) in Chicago welcomed over 90,000 attendees to the jungle that is McCormick Place. With over 1.17 million square feet of exhibit space, and...