robotic ABLE exoskeleton

The latest technology for neurological rehabilitation

A light adjustable, hip-knee-powered exoskeleton on the EU market for spinal cord injury rehabilitation.It actively assists individuals with mobility impairments to stand up, walk, turn and sit down.

Resulting from collaboration with hundreds of clinicians and patients, integrating their feedback into the design to better address their needs.

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Paciente exoesqueleto

Physiological gait ABLE exoskeleton

  • Natural and smooth walking pattern driven by our patented backdrivable actuator technology.
  • Physiological movements help re-teaching the brain and muscles how to properly walk again.
  • Turning assistance helps patients make sharp turns in narrow spaces like a corridor.

Quick donning our robotic exoskeleton

  • Adjust the exoskeleton size for each patient without tools, by easily moving a few pinlocks.
  • Transfer independently from a wheelchair into the device using the “yoga leg” procedure.
  • Easily attach and tighten the straps to the body, with one hand, using magnetic clips.

A versatile exoskeleton

  • Lightweight handling gives therapists the option to place the exo on the patient’s body from behind.
  • Adjust assistance provided by the motors independently for each joint and gait phase.
  • Modular shoulder straps for patients who need extra upper trunk support and postural alignment.

Cost-effective robotic rehabilitation

  • Thanks to disruptive innovations, a simplified mechanical design and the use of novel materials, the final price of the ABLE Exoskeleton is accessible to more clinics, making it easier for patients to benefit from advanced rehabilitation technology.
Able Exoeskeleton easy to wear

Progress during neurorehabilitation therapy

  • Therapists can decide when to initiate each step using 2 buttons on the back for more safety and control.
  • Then, patients learn to initiate each step automatically by shifting their weight forward and laterally.
  • Advanced patients can initiate steps using the motion of the pelvis, achieving faster and more dynamic walking.
  • A wireless Remote Controller gives the patient greater independence, allowing them to fully control the exoskeleton.

Intended Purpose

The ABLE Exoskeleton is indicated for gait rehabilitation treatment of people with:

  • Spinal Cord Injury at levels C5 to L5 (with elbow extensor muscle activity of at least 4/5 in both arms),
  • with Multiple Sclerosis with score up to 8.5 on the Extended Disability Status Scale (EDSS)
  • or Neuromuscular Diseases that cause gait impairments.

Fits people 150-190 cm tall, weighing up to 100 kg.

Contact us for safety information

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Expert and patient testimonials about the ABLE exoskeleton

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Prof. Dr.-Ing. Rüdiger Rupp

“Therapists and patients learned very quickly to use the exoskeleton. This was one of the major outcomes for me, that this device really fits into the needs of clinicians in their daily practice.” Head Exp. Neurorehabilitation, Heidelberg University Hospital

Kevin Lao

“When I take off the exoskeleton, I have much less spasticity in my legs and they are much more relaxed. Because the human body is made to be standing and walking.“ ABLE Exoskeleton's pilot

Mariona Tolrà

“The feeling is not that a robot is in control of the patient, it makes me much more involved in gait re-education.” Physiotherapist Hospital Asepeyo Barcelona

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