GRiP: University of Florida Student Follows Her Passion & Changes Teen Lives with 3D Printed Prosthetics
Follow your passion. You’ve probably heard this as Oprah’s mantra, seen it on countless Facebook memes, and maybe even have it needlepointed on a pillow somewhere–but does that plan actually ever really lead anywhere? In the case of Jessica Bergau the answer is yes, undeniably so, and a number of teens can attest to this now that they are outfitted with 3D printed upper limb prosthetics.
Jessica was indeed actively looking for her passion, and found it. In the process she has made a profound difference in the lives of numerous teenagers who had spent their entire lives without a prosthetic limb, unable to do many of the tasks you and I take for granted on a daily basis–from holding a fork to grasping a videogame controller.
Motivated by an inspiring article she read in BuzzFeed, Jessica began exploring the idea of 3D printed prosthetics, and going far beyond just offering support or getting involved, she created an entire club specializing in making 3D printed hands and other assistive devices. A zoology major in her junior year at the University of Florida at the time, Jessica created the club, Generational Relief in Prosthetics (GRiP), with the support of UF.
She has expanded her efforts to instructing students from all over campus in how to 3D print the devices. Not only are they learning the technical aspects, but other young people are being drawn into a humanitarian effort that makes an impact on someone else forever, most likely. Students come from every major, from medicine to art, and learn to fabricate the prosthetics, which are open-source and allow for the necessary customization that makes the replacement limbs so unique, and so beneficial.
“When you find that thing that you are super passionate about and you can just throw yourself into it, that feels great. It feels amazing,” says Jessica.
Those receiving the limbs are included in the process, making it even more inspiring for all involved. They get to help choose the colors and can even help assemble the 3D printed devices. Jessica instituted a camp called Hands to Love through the club as well, and during their first weekend camp, teens were able to gather from around the southeast trying on their new arms as well as learning about the incredible technology that was making such a difference in their lives.
“Many of these teens have gone their whole lives without prosthetics,” Jessica said. “Even if it isn’t something they are using every minute of every day, it still makes an impact.”
With student involvement and learning, the camp, and allowing recipients to be so involved, GRiP is making a comprehensive and unique difference.
“GRiP is such an amazing club. It’s such a blessing to have them come out and make us prosthetics with which we can do things–and things we’ve never done before,” says Samuel Monarch, a high school senior. “This afternoon I was able to grab a cup with a right hand and I’ve never been able to do that.”
Monarch also understands the incredible benefit in the technology in that if a recipient grows out of their prosthetic, getting a new one is as easy as just tweaking the digital file a bit and 3D printing a new one. For previous and traditional prosthetics, this was often a time consuming, expensive, and arduous task–and to make matters worse, sometimes by the time a new prosthetic arrived, the young person would have grown again, deeming the device already too small, with all the effort gone to waste.
All of the devices are 3D printed, and Jessica says that sometimes they do incorporate different hardware into them as well.
“The main way that this was started was for kids, because kids don’t typically prosthetics because they grow so quickly,” says Jessica. “So when the 3D printing technology came about, they started using them for prosthetics because they’re colorful, they’re confidence builders, and they’re cheap to make.”
“The technology is moving so fast, even in the last two months we’ve created new devices ourselves through UF and the more students we bring into the club, the more growth opportunity we have.”
These aren’t the prosthetics most of us are used to seeing. Designers like Jessica have made the limb replacements cool and exciting for kids–and far beyond what we ever could have imagined previously. Often, those born missing limbs or with defects, or those who suffered accidents, were left with terrible self-esteem issues and a constant feeling of self-consciousness. Now, with a wide variety of 3D printed prosthetics available, kids often can’t wait to show them off. Rather than hiding, they are thrilled about displaying the devices and explaining how they were made. From beginning to end, the experience Jessica has created with GRIP is extremely positive and heartwarming–and there is a learning experience for all involved.[SOURCE: UF News]
You May Also Like
ICAM 2021: Keynotes on 3D Printing in Healthcare & Aerospace
At last month’s International Conference on Additive Manufacturing (ICAM) 2021 in Anaheim, California, hosted by ASTM International’s Additive Manufacturing Center of Excellence (AMCOE), a wide variety of topics were covered,...
3D Printing Unicorns: Gelato Gets $240M in Funding, Expands into 3D Printing
On-demand printing platform Gelato, based in Oslo, Norway, achieved the coveted unicorn status after a new funding round. On August 16, 2021, the company announced it had raised $240 million...
US Army and Raytheon to Use 3D Systems Metal 3D Printing to Heat-Optimize Munitions
3D Systems (NYSE: DDD) has been chosen by defense contractor Raytheon and the U.S. Army’s central laboratory to help with a design optimization project. To do that, the 3D Systems’...
Raytheon Receives Funding for Aerospace 3D Printing of Optical Components
This spring, Ohio-based America Makes, the leading collaborative partner in additive technology research, discovery, and innovation for the US, announced its latest Project Call for AXIOM, or Additive for eXtreme Improvement...
View our broad assortment of in house and third party products.