Wearable Robotics, a company specialising in neuromotor rehabilitation technology, has raised €5 million in a Series A round led by CDP Venture Capital.
The round also included MITO Technology, LIFTT, SIMEST, RoboIT, and Toscana Next. The funding will support product development, regulatory progress, and international expansion, with a focus on strengthening the company’s presence in global markets, including North America.
What The Company Does
Wearable Robotics develops rehabilitation systems that combine wearable robotics with augmented and virtual reality to support recovery and improve mobility. Its technologies are designed to assist patients undergoing neuromotor rehabilitation by enabling more precise, repeatable, and adaptive therapy.
The company’s main product, ALEX RS, is a robotic system for upper limb rehabilitation, currently deployed in over 50 installations worldwide. The system supports clinical environments by enhancing therapy effectiveness and enabling more personalised rehabilitation programmes.
By integrating robotics with immersive technologies, Wearable Robotics aims to improve patient engagement and outcomes while supporting healthcare providers with advanced treatment tools.
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Market Context / Industry Background
Demand for rehabilitation technologies is increasing due to ageing populations, rising incidence of neurological conditions, and greater focus on long-term mobility and quality of life. Healthcare systems are also seeking more efficient and scalable approaches to rehabilitation, particularly in the context of workforce constraints and growing pressure on public health infrastructure. In many countries, the shortage of specialized professionals such as physiotherapists is accelerating the need for technological support that can complement traditional care models.
Wearable robotics and exoskeletons are emerging as key solutions in this space, offering the potential to enhance therapy precision, standardize treatment protocols, and reduce the physical burden on clinicians. These technologies can support repetitive, high-intensity training, which is often required for effective neurorehabilitation but difficult to deliver consistently through manual therapy alone. The integration of digital tools such as augmented and virtual reality further expands the capabilities of these systems by enabling immersive rehabilitation environments and real-time feedback for both patients and practitioners.
As regulatory requirements evolve and adoption increases, companies that can combine clinical validation with scalable, user-friendly technology are gaining traction in international markets. Strategic partnerships with hospitals, research institutions, and insurers are also becoming critical to drive adoption and ensure long-term sustainability. In this context, the convergence of robotics, data analytics, and personalized medicine is expected to play a central role in shaping the future of rehabilitation.
At the same time, increasing investment from both public and private sectors is accelerating innovation and commercialization in this field. As awareness grows and clinical outcomes continue to improve, rehabilitation technologies are likely to become a standard component of modern healthcare systems worldwide.
Founder / Investor Commentary
Lucia Lencioni, CEO of Wearable Robotics, stated that the funding will support the company’s next phase of growth, with a focus on scaling operations, advancing product innovation, and expanding its global reach. She highlighted the company’s goal of developing modular wearable robotics solutions that can deliver measurable impact across the rehabilitation process.
Growth Plans / Use Of Funds
The €5 million investment will be used to expand the company’s product portfolio, accelerate regulatory approvals, and bring new technologies to market more quickly.
Wearable Robotics also plans to strengthen its commercial operations, build strategic partnerships, and expand into new regions, with particular emphasis on North America.
The funding will support efforts to scale production and enhance the company’s competitive positioning in the global rehabilitation technology market.
About Wearable Robotics
Wearable Robotics is a rehabilitation technology company developing wearable robotic systems and exoskeletons. Founded in 2014 as a spin-off of the Scuola Superiore Sant’Anna. Headquartered in Italy. The company focuses on solutions for neuromotor recovery, mobility support, and physical assistance, aiming to improve patient outcomes and human movement capabilities.
