Wearable Robotics

Summary

About

About Wearable Robotics

Wearable Robotics develops wearable robotic systems for rehabilitation and physical assistance. Its ALEx RS upper-limb rehabilitation exoskeleton provides six degrees of freedom: four are actuated and sensorised, while two are passive, allowing guided exercises across the shoulder, elbow and forearm.

The company also describes industrial wearable-robotics work, but its public product evidence is strongest for ALEx RS. The system supports clinician-led neuro-motor rehabilitation; treatment selection, exercise programming and patient outcomes remain clinical matters rather than autonomous decisions by the device.

PRICE
Range 1Y
Return
High
Low
Updated
DATA: KORTHOS

Deployments

  • Customer site

    2026-03-04 - Wearable Robotics announced its first ALEx RS installation in Spain. - first named country installation - Spain

    Source

Funding

Investors

  • CDP Venture Capital - Lead - VC - 1 funding event - first seen 2026-04-03
  • LIFTT - Participant - Unknown - 1 funding event - first seen 2026-04-03
  • MITO Technology - Participant - Angel / Individual - 1 funding event - first seen 2026-04-03
  • RoboIT - Participant - Unknown - 1 funding event - first seen 2026-04-03
  • SIMEST - Participant - Unknown - 1 funding event - first seen 2026-04-03
  • Toscana Next - Participant - Angel / Individual - 1 funding event - first seen 2026-04-03

Team

  • Lucia Lencioni - Chief Executive Officer - Current operating leader for Wearable Robotics' neuromotor rehabilitation and wearable robotics commercialization.
  • Fabio Salsedo - Chief Technical Officer

Timeline

Events

  • 2026-04-03 - Funding - Wearable Robotics closes €5 million Series A

    Wearable Robotics closed a €5 million Series A round to accelerate growth in neuromotor rehabilitation robotics and exoskeleton systems. The company said the funding will support product innovation, regulatory work, commercial development, and international expansion. The raise strengthens Wearable Robotics'' push to scale modular wearable robotic systems across the rehabilitation continuum.

    Source
  • 2026-03-24 - Product Launch - Wearable Robotics launches ALEx RS 2.0

    Wearable Robotics introduced ALEx RS 2.0 as the next-generation version of its upper-limb neurorehabilitation exoskeleton platform. The company positioned the system around immersive virtual reality, advanced sensing, improved ergonomics, and more personalized rehabilitation workflows. The launch builds on the installed base of earlier ALEx RS systems already operating in clinical centers.

    Source
  • 2026-03-04 - Deployment - Wearable Robotics announces first ALEx RS installation in Spain

    Wearable Robotics said it completed the first installation of ALEx RS in Spain, marking the company''s first clinical foothold in that market. The installation extends the geographic reach of the company''s robotic neurorehabilitation platform within Europe. The company framed the milestone as a practical commercialization step tied to real clinical use rather than a trade-show-only showcase.

    Source
  • 2025-02-09 - Demonstration - Wearable Robotics presents the new ALEx RS at WHX Dubai 2025

    Wearable Robotics publicly presented the new ALEx RS at WHX Dubai 2025, using the exhibition to showcase its upper-limb neurorehabilitation platform. The company framed the updated system around immersive rehabilitation content, advanced sensing, and improved ergonomics for more measurable therapy sessions. The event marked a market-facing product demonstration aimed at international healthcare buyers and distributors.

    Source

Context

Comparable profiles

Shared workflows

  • Human Robotix

    workflow adjacency - Rehabilitation Robotics · Upper Limb Rehabilitation

  • REEV

    workflow adjacency - Rehabilitation Robotics

  • Reactive Robotics

    workflow adjacency - Rehabilitation Robotics

  • Humotech

    workflow adjacency - Rehabilitation Robotics

Context tags

  • Rehabilitation robotics workflow - Workflow - Wearable Robotics develops rehabilitation robotic systems.
  • Upper-limb rehabilitation - Workflow - Wearable Robotics supports upper-limb rehabilitation therapy.
  • Rehab exoskeleton builder - Peer Group - Wearable Robotics builds rehabilitation exoskeletons for therapy.
  • Upper-limb rehab robotics - Peer Group - Wearable Robotics develops upper-limb rehab exoskeleton devices.
  • Wearable rehab robot OEM - Stack Layer - Wearable Robotics builds complete wearable rehab exoskeleton systems.
  • Rehabilitation robotics platform - Stack Layer - Wearable Robotics provides rehabilitation robotics platforms.
  • Medical exoskeletons - Peer Group - Wearable Robotics exoskeletons serve medical rehabilitation applications.
  • Powered limb assistance - Capability - Wearable Robotics provides powered limb assistance for rehab.
  • Intent-based motion control - Capability - Wearable Robotics uses motion intent control for exoskeleton assistance.
  • Rehabilitation clinics - Customer Environment - Wearable Robotics exoskeletons are used in rehabilitation clinics.