Locally produced, certified prosthetics and rehab solutions for underserved communities

Solution
Cure Bionics
Organization
Cure Bionics
Country of Implementation
Tunisia
Region
Africa
Subregion
MENA
Start Year
2019
First published
03.12.2025

Prosthetics without borders (Cure Bionics) makes CE-certified bionic hands and 3D-printed adjustable sockets locally in decentralized hubs. They train clinicians, use the MyoLink rehab app, and have fitted 50+ users, trained 150+ professionals and delivered 300+ sessions.

A person holds a prosthetic hand, connecting it to a high-tech black prosthetic arm. The image highlights human collaboration and innovation, symbolizing how assistive technology restores independence and dignity for people with limb differences.
Cure Bionics designs and manufactures smart bionic hands that comply with CE standards.

Solution details

People

“With Cure Bionics, I regained not just function, but dignity and hope for my future.” Mohamed, Cure Bionics beneficiary

Cure Bionics is a social start-up based in Sousse (Tunisia), pioneering the production and distribution of smart, CE-certified bionic hands in Africa and the Middle East. Cure Bionics integrates 3D printing, gamified training tech, and decentralized care, delivering high-quality prosthetics to underserved areas and supporting local clinicians. Between 2023 and 2025, more than 50 users were fitted and over 150 clinicians trained. Funded by grants and sales, it aims to scale to other underserved regions.

Problems Targeted

Young people and adults with limb loss in Africa, the Middle East, and Europe lack access to affordable, high-quality prosthetics and rehabilitation support.

Solution, Innovation and Impact

Cure Bionics, headquartered in Sousse, designs and manufactures bionic hands with haptic feedback and adjustable 3D-printed sockets adaptable to growth/changes for people with upper-limb disabilities. The prosthetics are smart, lightweight, and comply with the CE standards, which is mandatory for products sold in Europe. Cure Bionic has set up a supply chain that decentralizes prosthetic manufacturing and reduces costs. Local clinicians scan, fit, and print sockets on-site, which enables rapid delivery and minimizes repeated fittings, crucial for growing young users and those from remote communities. The MyoLink device – equipped with multilingual, gamified rehabilitation exercises – teaches users to control the prosthesis through muscle signals, offering interactive, language-inclusive training. Cure Bionics has active partnerships with the National Health Insurance Fund, Sahloul University Hospital, and the Military Hospital in Tunis. Between 2023 and 2025, more than 50 users have been fitted, 150+ clinicians trained, and over 300 app-based rehab sessions have been delivered. The open, scalable care model is affordable for rural users, supports regional industry growth, and enables the expansion of high-quality assistive devices and local expertise in low-resource settings.

Funding, Outlook and Transferability

The Cure Bionics funding model combines direct sales, training subscriptions, and international grants, including from the Gates Foundation ($50,000), Remarkable Accelerator ($35,000), Unity ($50,000), and USAID (technical assistance). In 2024 it generated $80,000 in revenue and €135,000 in grants. Cure Bionics aims for regional scale-up via 50 decentralized hubs and new product lines. By 2025 the model has already been replicated to Libya, with plans for expansion to Kenya, UAE, France, Austria, and Morocco. (#ZeroCall26)

Media

Pictures

A person holds a prosthetic hand, connecting it to a high-tech black prosthetic arm. The image highlights human collaboration and innovation, symbolizing how assistive technology restores independence and dignity for people with limb differences. Cure Bionics designs and manufactures smart bionic hands that comply with CE standards.

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Solutions with the same:

Country of Implementation

Tunisia

Region of Implementation

Africa