3D Force: Custom Splints
State funding winning project
The initiative sought to use new technologies to give greater access to orthotics to patients who need them
My role
Freelance
3D Designer
2017
Responsibilities
Product design, 3D modeling, Digital manufacturing
How the idea was born
Children with neurological disorders, such as cerebral palsy or brain injury, frequently encounter challenges in body mobility. One of the most prevalent issues contributing to these difficulties is spasticity.
Spasticity manifests when a muscle is stretched, triggering a sudden contraction that results in contractures and restricts the range of motion.
In Peru, obtaining a personalized orthosis proves to be prohibitively expensive for a majority of patients, constituting a lengthy and arduous process that many families cannot afford.
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Moreover, the limited availability of companies engaged in the manufacturing or distribution of such braces is a significant challenge. Often, these companies offer standard molds that are challenging to modify, further limiting accessibility and customization for individuals in need.
The project
Third Force emerged as the victorious project under CONCYTEC's Cienciactiva fund "Ideas Audaces." Spearheaded by therapists, engineers, and designers in collaboration with SALA VEO PUCP - Innovation Lab, the initiative primarily focuses on the design and production of personalized orthoses for individuals with cerebral palsy, particularly children.
Leveraging 3D technology, including scanning, modeling, and printing, the project aims to streamline delivery times, reduce costs, and create a product that accurately aligns with the patient's anatomy.