NimBO

Bimeo is a sensor-based neurological rehabilitation system that combines objective motion assessment with gamified therapy for upper limb and balance recovery. Using real-time kinematic data and interactive exercises, it enables clinicians to measure precise motor gains and improve patient adherence across multiple recovery stages.

WIM is an advanced lower-body exoskeleton designed to assist rehabilitation and support daily movement by recognizing user intention in real time and adapting to natural movements. The device strengthens the lower body, assists with walking and stair climbing, and includes AI Coach technology for personalized exercise coaching and gait analysis. WIM features continuous motion sensing, long-term data collection, and is compact enough to be donned or doffed in 30 seconds with water and dust-resistant technology.

Robotic exoskeleton for neurological rehabilitation that provides active assisted walking to restore mobility in patients with neurological impairments. Lightweight and quick-fitting design enables rapid patient setup in clinical settings, maximizing therapy time. Helps retrain neural and muscular patterns for gait recovery.

Bambini is a pediatric exoskeleton device designed for gait rehabilitation and mobility restoration in children with lower limb paralysis, spasticity, or mobility disorders. The device combines mechanical support with active training protocols to facilitate weight-bearing ambulation and neuromotor recovery, enabling functional independence and improving cardiovascular and psychosocial outcomes.

ExoMotus™ M4 is a robotic exoskeleton designed for physical rehabilitation and mobility assistance. It provides motorized support for lower limb movement during gait training and therapeutic exercises, enabling patients with mobility impairments to regain functional independence. The device integrates sensor feedback and adaptive control to customize assistance based on patient response and recovery progress.

An intelligent motion-based exercise device designed to facilitate physical rehabilitation and active exercise training. The device provides interactive exercise protocols with motion tracking technology.

Wearable robotic exoskeleton designed for gait rehabilitation in patients with spinal cord injury and lower limb paralysis. ExoAtlant Torso enables weight-bearing ambulation and repetitive stepping training to facilitate neuromotor recovery and restore walking function. Integrates with physiotherapy protocols to improve motor outcomes and enhance patient quality of life.

NEXPINE is an orthopaedic technology solution designed to enhance physiotherapy and rehabilitation outcomes by integrating biomechanical principles with clinical innovation. The device supports healthcare professionals in optimizing patient movement patterns and functional recovery through evidence-based orthopaedic interventions.

An external skeletal structure powered by Aspina motors designed to support patient mobility and rehabilitation. The technology is applied in medical and welfare applications.

A lightweight robotic exoskeleton designed for neurorehabilitation in clinical settings. Assists patients with neurological mobility impairments to relearn walking patterns. Adjusts in under 6 minutes and provides active support tailored to individual patient needs.

Robotic neurorehabilitation system designed for motor recovery and functional restoration in patients with neurological disorders. Combines robotic-assisted therapy with real-time feedback to enhance rehabilitation outcomes in stroke, spinal cord injury, and neurodegenerative conditions.