Physiotherapy Robotic Exoskeleton for Assisted Mobility Training

About Physiotherapy Robotic Exoskeleton for Assisted Mobility Training

Biotronix Physiotherapy Robotic Exoskeleton for Assisted Mobility Training

The Physiotherapy Robotic Exoskeleton for Assisted Mobility Training is an advanced robotic rehabilitation device designed to support patients recovering from stroke, paralysis, spinal cord injury, or neurological disorders. This intelligent exoskeleton provides motorized assistance to help patients regain mobility, strength, and balance during walking and movement therapy.

Equipped with AI-based smart motion control, this exoskeleton assists patients in performing natural, repetitive walking and limb exercises essential for rehabilitation. It enhances neuroplasticity, muscle coordination, and joint movement, making it an essential tool for modern physiotherapy and neurorehabilitation centers.

Its ergonomic and adjustable design ensures comfort and safety for patients of different body types, while the digital touch interface allows therapists to monitor, record, and customize therapy sessions with precision.

Ideal for physiotherapy clinics, hospitals, and rehabilitation centers, this Physiotherapy Robotic Exoskeleton brings the power of robotics and intelligent automation to mobility recoveryhelping patients take confident steps toward independence.

Key Features

• Motorized robotic design for assisted mobility

• AI-powered control for precise rehabilitation

• Promotes balance, gait, and muscle coordination

• Adjustable structure for comfort and safety

• Real-time performance tracking and monitoring

• Suitable for stroke, spinal injury, and paralysis recovery

• Lightweight, ergonomic, and user-friendly design

• Ideal for hospitals and physiotherapy clinics

Applications

• Stroke Rehabilitation

• Spinal Cord Injury Recovery

• Neuro and Paralysis Therapy

• Physiotherapy and Rehabilitation Centers

• Mobility and Balance Training Units

Technical Specifications

• Type: Physiotherapy Robotic Exoskeleton

• Operation: Motorized, AI Controlled

• Target Area: Lower and Upper Limbs

• Interface: Digital Touch Display

• Material: Lightweight Alloy Frame

• Power Supply: AC Operated

• Usage: Clinical and Hospital-Based Rehabilitation

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Innovative Mobility Recovery

Using AI-driven technology, this exoskeleton delivers tailored physiotherapy programs for individuals recovering from strokes, paralysis, or mobility impairment. Its intelligent control system enables adaptive and engaging rehabilitation, targeting multiple muscle groups and promoting functional independence.


Comprehensive Training Capabilities

This device provides versatile therapy options, offering assistance for complex movements involving the shoulders, joints, cervical area, back, and nerves. The motorized design and touch-screen controls ensure accurate treatment sessions and effortless configuration for users and therapists.


User-Friendly and Safe Design

Built from durable, medical-grade plastic and engineered for comfort, the exoskeleton features an ergonomic structure with real-time monitoring for safe operation. Its portability allows for easy integration into hospital settings, supporting seamless therapy sessions and sustained long-term recovery.