RAPID

3D Printed Fingers Help Two Year Old Alabama Girl Play

AMS X

Share this Article

Over the last 6-12 months we have seen countless stories about how 3D printing is helping to change the lives of those in need, with the use of customized, cheap prosthetic devices. This story is out of Huntsville Alabama, kate-1and involves a two year old toddler named Kate Berkholtz, who was born without fingers on her left hand. Prosthetic devices for children are extra costly because they outgrow them so quickly, requiring expensive upgrades or even an entirely new device. For Kate’s family the costs of traditional prosthetics were out of their budget. Literally it could cost them tens of thousands of dollars a year.

Instead they turned to 3D printing for help. Jason Hundley’s firm, Zero Point Frontiers, with the help of intern Shawn Betts, was able to design, customize, print, and assemble the new finger device for Kate within a day. The materials for one device costs just around $5, which is a far cry from the thousands that doctors wanted for a similar product.  With the new finger device, Kate is now able to use her hand in a much more efficient manner, allowing her to play just like the rest of the kids her age.

Hundley and his team have even greater plans for the future of these devices.

“We’ve talked about modularizing it. You know, for lack of better term, like a Swiss Army knife. We’re talking maybe just make a locked hand so she could ride a bike. And you could do that with the 3-D printing because my cost of printing those – the plastic on that is like sixty cents. Print it, see if it works. If it doesn’t work, interchange it,” said kate2Hundley.

Dan Carsen of WBHM, in Alabama, had an interesting commentary with Hundley in which the subject turned to the future of these prosthetic devices. Hundley stated that he could not wait for “fully automated, robotic, neuro-controlled prosthetic for $5,” to which Carson replied “How far away is that,”. Hundley’s response, “Probably about 10 years. Researchers have already connected sensors to nerves so people can feel through prosthetics. And some are gearing up to print organs. But right now, a simple plastic printed hand is making a little girl and her parents happy as she picks things up in ways she couldn’t before.”

Clearly the future is bright, and 3D printing is leading the way.  This story about Kate is being repeated all over the world, at a pace which is exponentially progressing. Discuss Kate’s story at 3DPrintBoard. The full interview with Hundley can be listened to below, thanks to NPR.



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...