Start-up Area

After witnessing firsthand how difficult it is for both patients and healthcare providers to track brace usage and ensure correct wear, we realized there was a critical gap in monitoring and communication. We wanted to create a solution that empowers patients to take control of their treatment while giving orthotists and doctors real-time insights into therapy compliance and effectiveness.

...with a broad range of design options - from curated collections and skin tone options to fully custom-made designs - tailored to their personal style, anatomy, and prosthetic needs.

In addition to the aesthetic aspects, our covers feature a user-friendly system for attaching, removing, adjusting, and switching between designs - something that has been very appreciated among both our users and collaborating prosthetists. This combination of style, practicality, and innovation highlights the distinctiveness of our approach.

such as reducing time-consuming manual measurements and improving customization. Pivoting to focus on human body scanning required reengineering our algorithms and rebuilding trust in a risk-averse industry. This shift ultimately unlocked our "painkiller" value: enabling faster, more portable patient care through mobile technology.

It struck me deeply. In 2017, I gave up a paid internship to build a bionic arm as my graduation project. I started learning, meeting amputees, and feeling their pain—I even felt more disabled than them for not being able to help. That was the trigger. I launched Cure Bionics to become the first bionic company in Africa and the Middle East, making advanced prosthetics accessible to those who need them most.

...human augmentation technologies, Facebook unexpectedly suggested this amputee girl as a friend. Seeing her on Facebook eleven years later inspired him to focus his research on prosthetics. Through research into this case and advancements in prosthetic technology, Dima realized that the prosthetics industry, driven by a profound need for life-changing devices, would be the birthplace of implanted electronic devices. This vision became the foundation of Esper Bionics, where we’re committed to creating transformative, human-centered technology.

...with some of the world-leading research institutions, we are making biomechanical engineering and state-of-the-art prosthetic research accessible to people globally. Our products finely replicate human movement and are manufactured to the highest quality standards using precise and modern machining. Yet, they can resist extreme weather and terrains, are easy to maintain, and priced appropriately.

...a subsidy. Unfortunately, the other company went bankrupt, and Gyromotics had to repay the entire subsidy. As a result, Gyromotics also had to file for bankruptcy.

Because we were developing new prosthetic feet for adults and children, we felt that we could just not give up on these unique and innovative developments.

Together with former employees and now new co-founders Mohammad Nadjafi and Tamara Eleonora, Guido saw an opportunity to pivot towards children's prosthetics. So, together the three of us restarted the company and funded it this time with Guido's own savings and some subsidies. Currently we are selling nova international and aim to launch our prosthetic foot for adults after the summer of 2025.

...fully personalised orthopedic devices without the need of complex scanning equipment. Our new platform, Orthofactory3D, brings third-party manufacturing into the digital age, offering an intuitive, all-in-one interface for managing orders, storing technical specifications, and performing remote scanning. This approach not only enhances efficiency but also makes advanced orthopedic solutions accessible to a wider audience across Europe.

...the tremendous need for an accurate, fast and easy-to-use 3D mobile solution for healthcare professionals, which is what MyFit Solutions offers best!

We stay ahead of market trends by continuously innovating, ensuring our solutions meet the evolving needs of our customers. This combination of quality, efficiency, and forward-thinking design makes us the partner of choice for our clients.

...his Parkinson's diagnosis. The shaking limbs of Parkinson's patients sparked a thought: could this problem be solved mechanically? That question ignited the journey that led to the STIL Orthosis as it is today. A non-invasive medical aid that uses artificial joint damping to suppress tremors.

... population without resources. That’s when we set off to make prosthetics and orthotics of the highest quality more affordable. People talked about very expensive solutions, which don’t make any sense for a population without resources. That’s when we set off to make prosthetics and orthotics of the highest quality more affordable.

...in the room from amputees experiencing using a myo-electric prosthetic hand for the first time through virtual reality was outstanding. To this day, every session with users we join is a reminder of the positive impact our company has on people living with limb loss.