Canadian Tech Companies Partner to Bring 3D Printed Prosthetics & Orthotics to Uganda
Many people in the world are fortunate enough to have little to no issues with their health. As you smack that alarm down in the morning, spring up and out, rushing to drive to work and engage in what sometimes seems like the overwhelming busy busy-ness of the day and week, it’s easy to take for granted how much more difficult your day, week, and life could be.
Imagine trying to perform all that you need to—without the arm you are accustomed to favoring for writing, eating, playing sports, and so much more—or without one of those legs responsible for your often constant locomotion. Now, take that one step further and imagine having such physical challenges and living in a developing nation, where life might already be somewhat—to incredibly—difficult on a continual basis.
Thanks to some substantial leaps and bounds in technology though, the world of prosthetics is in the process of being transformed, as are the lives of many in the process. I often think if 3D printing had only been responsible for making huge changes in the worlds of so many needing prosthetics, and it had stopped there, that in itself would have been an enormous contribution; as it is, the technology is making incredibly positive changes to nearly every sector, and it’s a fascinating evolution to be witnessing.
Currently, according to Nia Technologies, it takes five days to make a prosthetic. While previously it may have been much longer and involved even more mess and inconvenience, that’s too long by today’s standards—much too long. In working to offer prosthetic limbs to young ones in Uganda, as well as other poverty-stricken countries, two Canadian tech firms, Nia Technologies and Vorum, are partnering to see that prosthetics can be made in a fraction of the time.
Vorum offers digital solutions able to increase productivity for companies making prosthetic and orthotic devices—to the tune of 600%. This is due to their custom design and manufacturing technology which allows users to cut turnaround times, and improve experience and patient outcome. Nia Technologies is a not-for-profit company dedicated to improving the lives of those challenged in developing areas. To do so, they leverage new and effective technologies such as 3D PrintAbility, a technology created in collaboration with the University of Toronto, which they use to create custom prosthetics and orthotics through affordable scanning, design, and 3D printing.
The two companies together are now able to provide a ‘digital toolchain’ for cutting production to an amazing 1.5 days. This is thanks to a custom software program written by the two companies together, combined with affordable scanning and 3D printing equipment. The program is currently undergoing trials in developing countries—beginning with Uganda—where we previously reported on a program delivering 3D printed prosthetics thanks to the University of Toronto and the Christian Blind Mission of Canada, the parent company of Nia. The goal of the two companies is to ‘boost the output of overtaxed orthopedic technologists.’
Nia Technologies will be integrating 3D PrintAbility and Vorum’s Canfit 3D design software together, enhancing their digital toolchain, and allowing for even better productivity in an area where it’s estimated that 12 technologists serve over 90,000 disabled children in need of prosthetics and orthotics.
“The ingenuity of 3D PrintAbility lies in its integration of highly specialized design software with inexpensive commercial scanners and printers to produce better fitting devices more quickly than is possible with conventional methods,” says Matt Ratto, Nia Chief Science Officer and University of Toronto Professor. “Vorum’s generous contribution of Canfit to 3D PrintAbility means that Nia will be able to deliver proven, comprehensive, and easy-to-use tools to developing countries like Uganda sooner and more economically than originally planned.”
3D PrintAbility, in being able to cut production time to only 1.5 days means that children only need to stay in the hospital for a very short time.
“Roseline, a four-year-old Ugandan girl born without a right foot, was the first patient to receive a 3D PrintAbility socket in 2015,” observes Jerry Evans, Nia CEO. “With her 3D PrintAbility socket in place, Roseline was able to walk and run alongside other children for the first time in her life. Our goal is to help thousands more children like Roseline–and Nia’s partnership with Vorum, a market leader in fabrication technologies in the developed world, will help us get there sooner.”
Trials are scheduled to begin something during this sping at CoRSU Hospital in Uganda. They are planning to trial below-the-knee prosthetics as well as ankle-foot orthotics.
“Nia’s 3D PrintAbility solution will enable a substantial increase in the capacity of the very few trained orthopedic technologists in countries like Uganda to provide life-changing, high-quality artificial limbs to children in need,” states Carl Saunders, Vorum CEO. “We are thrilled to contribute to a social enterprise that will empower local providers to help thousands of additional children in the poorest countries.”
What do you think of the enormous efforts these teams are going to for kids in Uganda, and ultimately, further? Discuss in the Uganda 3D Printed Prosthetics & Orthotics forum over at 3DPB.com.
You May Also Like
Additive Manufacturing for Aerospace: 3D Printing Optimized Low Pressure Turbine Blades
In ‘Preliminary optimization of a hollow low pressure turbine blade,’ Lorenzo Abrusci presents a thesis paper exploring additive manufacturing processes for creating critical industrial components. As materials science has advanced...
Coding for 3D Part 2: Generative Design
This is a quick excerpt that is talking about what we will be focusing on within this coding series: generative design. We want to define our direction before we plung into the deep ocean of coding and 3D objects.
Coding for 3D Part 1: An Introduction
Hello everyone! I am back with a new series of articles that I will be focusing on within the next month or so. I have gained a lot of inspiration...
What is Metrology Part 20 – Processing
This is a brief overview of the coding language Processing. It has great intersection within the 3D printing and image processing realms of knowledge.
View our broad assortment of in house and third party products.