Research & Development
We don’t just design solutions. We research, test, and evaluate them.
Clinical Study Of 3D PrintAbility
In 2017, we undertook a comprehensive evaluation of 3D PrintAbility, focusing on:
- Appropriateness: Confirming its suitability as a tool for orthopedic professionals in local settings.
- Robustness: Validating its capability to manufacture biomechanically robust devices that adhere to established standards.
- Suitability: Ensuring the production of devices with the necessary strength, durability, fit, and comfort for active children and youth.
This evaluation was conducted at four locations spanning three countries—Cambodia, Tanzania, and Uganda. Approximately 140 children received 3D printed devices, comprising 70 transtibial prosthetics and 70 ankle-foot orthoses (AFOs).
The results demonstrated that devices created using 3D PrintAbility are comparable to those produced through traditional methods.
One Million Steps
Achieved Through Robotic Fatigue Testing
Transtibial devices for the lower limb, produced using 3D PrintAbility, have successfully fulfilled the requirements stipulated in ISO 10328:2006 for Prosthetics — Structural testing of lower-limb prostheses. This includes specifications for static and cyclic strength tests, which simulate compound loadings by applying a single force, mirroring the peak values experienced by different components during various phases of walking.
Adhering to ISO 10328:2006 standards, our 3D printed prosthetic device underwent a rigorous robotic fatigue test, completing 1 million steps. This notable achievement serves as significant validation of the durability and quality inherent in our technology.
Comprehensive Equipment & Material Testing
In our relentless pursuit of advancing and validating our technologies, we actively collaborate with accomplished researchers at the University of Toronto to conduct comprehensive equipment and material testing.
As an example, our current research endeavors concentrate on fortifying the resilience of our devices against moisture. This involves ongoing experimentation with various materials and assessing the effectiveness of print material driers and material desiccators.
About us
Nia Technologies Inc. is a Canadian non-profit social enterprise that develops and deploys innovative digital technologies in low- and mid-income countries.