We at ABLE Human Motion are thrilled to announce that we have received funding for an exciting new project through Eurostars 3 – Call 5. Eureka Network This project, named FREEDOM: The first #exoskeleton specifically adapted for multiple sclerosis, aims to enhance our ABLE Exoskeleton to meet the specific needs

We are thrilled to announce a groundbreaking partnership between ABLE Human Motion and Fundación Esclerosis Múltiple Madrid (FEMM) to initiate a new clinical trial to validate the ABLE Exoskeleton in people affected by multiple sclerosis (MS). This collaboration marks a significant step forward in our commitment to enabling mobility for

In February, we had a very special event: our team visited the National Hospital for Paraplegics in Toledo and demonstrated our ABLE Exoskeleton to their clinical professionals. The National Hospital for Paraplegics in Toledo is the largest hospital in Spain for the evaluation, diagnosis and treatment of Spinal Cord Injury

On September 22nd, our Clinical Specialist, Helena López, and our CEO, Alfons Carnicero, were invited to Guttmann Barcelona, a highly specialized rehabilitation clinic in Barcelona. There, they presented the novel ABLE Exoskeleton, a revolutionary tool for neurorehabilitation, to the entire clinical staff of Guttmann Barcelona, led by the Head of

On November 8th and 9th, two members of the ABLE team travelled to Vienna (Austria) to attend the inauguration of a new rehabilitation center that uses cutting-edge technology: Tech2People. Day 1: Launching a new therapy center The day kicked off with the opening speeches of Gregor Demblin, founder of Tech2People

Our company is very excited to celebrate its first five years, happy 5th birthday ABLE! Alfons Carnicero, Alex Garcia,  and Josep Maria created the company on October 30th, 2018 with a clear objective: improving the quality of life of people with disabilities and democratizing robotic exoskeletons.  Now this dream is

In a gathering of clinical professionals dedicated to advancing spinal cord injury prevention, research, management, and rehabilitation, the 62nd International Spinal Cord Society Annual Scientific Meeting (ISCoS 2023) took place from 8 – 11 October 2023 at the Edinburgh International Conference Centre in Scotland. ISCoS meetings have long served as

ABLE Human Motion teammate Antonio Rodríguez Fernández completed his Ph.D. titled: “Clinical evaluation towards the development of a wearable lower limb exoskeleton for people with spinal cord injury: from gait biomechanics to motor learning”. This thesis began in 2019 at the BIOMEC Lab of the Research Centre for Biomedical Engineering,

During the month of July, the ABLE Human Motion team visited 5 rehabilitation centers in Spain with the aim of exchanging knowledge in robotic neurorehabilitation and demonstrating the new ABLE Exoskeleton. During the visits, we had the opportunity to meet several physiotherapists and patients and exchange views with them about

We are excited to share that our CTO and Co-founder, Alex Garcia Farreny , has recently attended the Robotics Summit & Expo in Boston as the closing act for the Healthcare Robotics Startup Catalyst program.   During the Robotics Summit, Alex was able to listen to world-class leaders in robotics

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We are proud to announce that our CEO, Alfons Carnicero, has been awarded the 2023 “Joven Relevante” prize from Círculo Ecuestre. This award recognizes young people under 40 who are developing projects with social impact. We are very happy to be the winners of this edition!! We also want to

The team at ABLE Human Motion had the pleasure of visiting STEPS Rehabilitation Ltd in Sheffield, United Kingdom.   It was a beautiful facility and we were impressed by the care and design put into it. We also had the opportunity to witness how this rehab centre uses neurorehabilitation technology.

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27 February – 2 March Mobile World Congress 2023 (MWC2023) took place in Barcelona, Spain. MWC Barcelona is the world’s largest and most influential connectivity event where leaders gather to discuss the future of technology that will shape the industry and society.   ABLE Human Motion was part of the

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ABLE Daily project is developing an affordable, user-friendly robotic exoskeleton for individuals with spinal cord injuries, enabling them to walk again in their communities and homes. The project focuses on a powered actuation system, lightweight design, intelligent software, and a user-centric approach to enhance mobility for real-world activities. The Challenge