“Indian prosthetics market has uneven access to modern rehabilitation technologies and trained specialists”

What are Motorica's major plans for the Indian & global markets regarding new launches, expansion and investment?

India is a key pillar in our global roadmap, and we see it evolving into a hub for clinical expertise, digital prosthetics delivery and localized innovation.

Our current focus is on building an ecosystem-driven model that combines advanced prosthetic technologies with accessible delivery. This includes expanding our clinical network, strengthening institutional partnerships and scaling our digital prosthetics programme, which uses 3D scanning, modelling and printing to improve fitting accuracy, reduce production timelines and make prosthetic services more accessible in regions where clinical infrastructure is still developing.

On the product side, we are advancing next-generation upper limb prosthetics with improved sensing, intuitive control and real-world usability. At the same time, we are moving towards gradual localisation of manufacturing in India, starting with select high-demand models.

Globally, our efforts remain anchored in research and development, with a strong emphasis on enhancing responsiveness, adaptability and overall user experience.

Motorica has been actively investing in training and capacity-building initiatives across markets like India. How do you see skill development and knowledge exchange shaping the future of prosthetics within emerging ecosystems such as BRICS?

Skill development is central to the future of prosthetic care, particularly in emerging markets where access to advanced technologies is growing but clinical capabilities need to keep pace.

In ecosystems like BRICS (Brazil, Russia, India, China, and South Africa), the focus must be on building strong, practice-led expertise alongside technology adoption. Knowledge exchange across regions becomes equally important, as it enables clinicians to learn from diverse patient needs and treatment approaches.

At Motorica, we approach training as an ongoing collaboration between clinicians, engineers and rehabilitation experts. Recent engagements with institutions such as Pt. Deen Dayal Upadhyaya National Institute for Persons with Physical Disabilities (PDUNIPPD) reflect this approach, where the focus is on hands-on exposure and real-world application. This kind of practical collaboration helps specialists build confidence in working with modern prosthetic systems and creates stronger professional communities across regions. Over time, this contributes to the development of a more adaptive, technology-oriented rehabilitation standards.

Could you elaborate on the impact of your recent training programmes at institutions like Mobility India and how engaging with young prosthetists and students contributes to long-term industry growth?

Our training programmes are designed to bridge the gap between theoretical knowledge and clinical application. Through structured modules and hands-on exposure, participants gain experience in advanced prosthetic systems, including fitting techniques, calibration and patient interaction.

What makes a meaningful difference is early exposure. When young prosthetists engage with advanced technologies at the beginning of their careers, it shapes their approach to care and builds a mindset that is open to innovation and continuous learning. Programmes conducted together with institutions such as Mobility India and PDUNIPPD also support long-term expertise development. As participants continue their careers across different regions, they bring these skills and clinical approaches into new rehabilitation settings, helping strengthen access to modern prosthetic care across India.

With technologies like AI robotics and microelectronics powering your prosthetics how is Motorica redefining functionality and precision in upper limb prosthetic solutions?

The prosthetics industry is moving towards more intuitive and adaptive systems, where prosthetic control becomes increasingly natural for the user. Modern myoelectric technologies already allow muscle signals to be translated into movement in real time, helping users perform everyday tasks more comfortably and efficiently. With advancements such as optical sensing, prosthetic systems are now able to detect more subtle signals, including micro-movements, which significantly improves precision and responsiveness.

Another important shift is adaptive learning. These systems evolve with use, adjusting to individual movement patterns and becoming more natural over time. Precision today goes beyond movement accuracy. It is about consistency, adaptability and seamless integration into real-world use. The gap between human intention and prosthetic response is narrowing, bringing us closer to systems that function as a natural extension of the body.

What are the major challenges facing the prosthetics market in India and how are you addressing those?

One of the main challenges in the Indian prosthetics market is uneven access to modern rehabilitation technologies and trained specialists, particularly outside major urban centres. Many patients still face long waiting times and limited availability of advanced prosthetic services in their regions.

Our approach is to address this structurally rather than incrementally. Digital prosthetics plays a key role here. By using technologies such as 3D scanning, photogrammetry and remote modelling, we are able to reduce production time, lower costs and expand access to underserved regions.

We are also expanding our product portfolio across multiple price segments, allowing users to choose solutions that align with their needs and affordability. In parallel, our focus on localisation of manufacturing is expected to further improve cost efficiency and delivery timelines. This combination of technology, localisation and partnerships is helping us move towards more inclusive and scalable prosthetic care.

As the prosthetics industry evolves, what role do you see collaboration between clinicians, academia and industry playing in standardizing best practices globally?

Collaboration is fundamental to building a structured and scalable prosthetics ecosystem. Clinicians bring patient insights, academia contributes research and structured learning, and industry drives innovation and accessibility. When these stakeholders work together, it enables the development of standards that are both scientifically robust and clinically relevant. This is essential for ensuring consistency in care while allowing flexibility for regional needs.

Our work with institutions such as Pt. Deen Dayal Upadhyaya National Institute for Persons with Physical Disabilities reflects this integrated approach, where practical training, technology exposure and knowledge exchange come together. As the industry continues to evolve, this kind of interdisciplinary collaboration will play a critical role in developing best practices that are both globally relevant and adaptable to local healthcare systems and rehabilitation environments.

 Dr Manbeena Chawla

(manbeena.chawla@mmactiv.com)