Healthcare · Deeptech · Robotics · AI

Almost a decade at the intersection of Healthcare, Deeptech, Robotics and AI.

Curatis Corp is a group of companies and a foundation building the future of accessible, technology driven care, from certified bionic devices and clinical fitting centers to the intelligent software that runs them.

8
Years of operation
3
Operating companies
3+
Markets served

About the group

Almost a decade bridging innovation and accessible care.

Mission

To redefine prosthetics and empower lives through accessible, high-performance bionic solutions.

Curatis Corp was founded to bridge the gap between innovation and accessibility in prosthetic technology. Mohamed Dhaouafi saw firsthand the challenges faced by amputees and set out to create a more functional, adaptive and accessible solution. Starting with a small, passionate team, the group developed the Hannibal Hand, a lightweight, muscle-controlled bionic hand with customizable grip modes and haptic feedback. To enhance the user experience, we introduced 3D-printed sockets, the MyoLink app for training, and adjustable designs to ensure a perfect fit.

Over the following years, that founding work grew into a group of companies. Robotics and decentralized digital manufacturing replaced artisanal production. Certified device engineering matured into a regulated, repeatable process, and clinical operations grew into dedicated fitting centers where devices are adjusted and supported by certified practitioners. An AI driven software layer now connects the whole chain, from scan and design to fit, rehabilitation and operations.

Today, Curatis Corp is shaping the future of prosthetics and orthotics by combining advanced technology with user-driven design. Our mission remains clear: to redefine prosthetics and empower lives through accessible, high-performance bionic solutions, and to extend that capability to patients and communities who would otherwise go without, through the Curatis Foundation.

Our companies

Three specialized companies, one continuous chain of care.

Devices, clinics and software are built by separate teams under a shared engineering standard, so a patient's scan, socket, fitting and rehabilitation all speak the same language.

01

Cure Bionics

Advanced bionic prosthetics and orthotics

Designs and manufactures bionic prosthetics and orthotics through advanced certified technology, decentralized digital manufacturing and automated scan to fit workflows.

  • CE certified products
  • ISO 13485 and 9001 compliant
  • CNAM approved
02

Cure Care

Clinical fitting and rehabilitation centers

The clinical arm of the group, running patient fitting and rehabilitation centers where prosthetic and orthotic solutions are fitted, adjusted and supported by certified clinicians.

  • 2 clinical locations and growing
  • Digital and automated fitting process
  • Delivered by certified clinicians
03

Cure Fit

Software for prosthetic and orthotic clinics

An AI powered practice management platform for prosthetic and orthotic clinics, covering patients, appointments, operations and inventory, with AI assisted design and gamified rehabilitation built in.

  • Automated socket design workflows
  • Clinic management
  • Gamified rehabilitation and training

Non profit arm

The Curatis Foundation

Expanding access to assistive technology.

The philanthropic arm of the group, dedicated to expanding access to assistive technology and prosthetic and orthotic solutions for underserved patients who would otherwise lack access to care.

The Foundation works alongside Cure Bionics and Cure Care to extend the group's clinical and technical capabilities to communities and patients in need, turning certified manufacturing capacity and clinical expertise into reach.

Why Curatis

What holds the group together.

I

Built for humans. Ready for robots.

We develop prosthetic and assistive technologies around the human body, movement, and clinical reality, while building the underlying systems to work with the next generation of robotics. What starts as technology for people can become technology for machines.

II

Clinical engineering

Engineering, manufacturing, and patient care are developed as one connected system. Every device we build is shaped by real clinical needs, real users, and continuous feedback from the field, so the technology keeps serving the people who depend on it every day.

III

Digital production

3D capture, automated design, and digital manufacturing turn personalized devices into a repeatable, distributable process. This makes advanced solutions faster to produce, easier to maintain, and more scalable across locations, reaching more clinics and patients.

IV

Technology with access built in

Advanced technology only matters when people can actually access it. We design to reduce the cost, complexity, and geographic barriers of prosthetic care, extending better solutions to underserved patients and communities that would otherwise be left behind.