RAPID

22 Year Old Receives Complete 3D Printed Cranium Replacement

AMS X

Share this Article

We have seen a number of surgeries in the last few months involving 3d printed patches to the human skull, however this procedure blows those all away. Surgeons at Utrecht University’s UMC in the Netherlands replaced the entire top of a 22 year old woman’s skull with a 3d printed customized implant made from plastic.

Neurologist, Bon Verweij

Neurologist, Bon Verweij

The woman suffered from a rare disorder in which her skull was gradually becoming thicker and thicker. The normal thickness of a human skull is approximately 1.5cm, but the patient’s skull was already close to 5cm in thickness, and growing. Continued growth would have eventually led to her death as the skull was compressing her brain, causing serious damage.implant-1

The 23 hour operation was performed by neurologist Bon Verweij, surgeon Marvick Muradin, and their highly skilled team. Normally surgeons would create an implant with a concrete like substance, which are heavier, and imperfect, as they are hand made. The plastic implant, which was created specialist Australian firm, had been customized for the patient.

“Implants used to be made by hand in the operating theatre using a sort of cement which was far from ideal,’ Verweij said. “Using 3D printing we can make one to the exact size. This not only has great cosmetic advantages, but patients’ brain function often recovers better than using the old method.”

The operation, which took place back in December, and was an overwhelming success, with the patient making a full recovery, and already returning to work, symptom free.  Discuss this procedure at 3D Print Board.  Also check out the video below for further details on this implant.



Share this Article


Recent News

XTPL Sells First ODRA System to Silicon Valley Semiconductor Packaging Client

Intergalactic Turns to Velo3D to Accelerate Aircraft Heat Exchanger Development



Categories

3D Design

3D Printed Art

3D Printed Food

3D Printed Guns


You May Also Like

Why Additive Manufacturing Adoption Looks the Way It Does — Part II

As additive manufacturing moved beyond prototyping, its first sustained production relevance emerged in applications where performance considerations outweighed cost efficiency and throughput. The driving factor in these cases was not...

Featured

Velo3D Becomes First Qualified AM Vendor for US Army’s Ground Vehicles Program

One indicator that I’ve used to help me track the additive manufacturing (AM) industry’s progress in terms of its technical maturity is the relative progress that each U.S. military branch...

Roboze Opens U.S. Aerospace & Defense Headquarters in El Segundo

The manufacturing sector is made up of clusters: “geographic concentrations of interconnected companies” that both cooperate and compete with each other. Of course, this is true about any sector in...

At AIAA SciTech 2026, 3D Printing Was Part of the Workflow — Part I

The AIAA SciTech Forum 2026 brought much of the aerospace community together in one place. With roughly 6,000 attendees, 115 exhibitors, 21 sponsors, and nearly 3,000 technical paper presentations, the...