Full Body Robotic Exoskeleton for Neuro and Motor Recovery Applications

About Full Body Robotic Exoskeleton for Neuro and Motor Recovery Applications

Biotronix Full Body Robotic Exoskeleton for Neuro and Motor Recovery Applications

The Full Body Robotic Exoskeleton for Neuro and Motor Recovery Applications is an advanced robotic rehabilitation device designed to support patients suffering from stroke, paralysis, spinal cord injuries, cerebral palsy, and other neurological or motor impairments. This intelligent robotic system provides precise, repetitive, and guided movement therapy, helping patients regain mobility, balance, and strength through evidence-based neurorehabilitation techniques.

Engineered with AI-powered motion control and adaptive sensor technology, this exoskeleton offers full-body rehabilitation covering both upper and lower limbs. It supports active, passive, and assistive training modes, enabling therapists to customize therapy sessions based on the patient’s ability and recovery progress. The exoskeleton assists in retraining motor functions by simulating natural human movements, promoting neuroplasticity, and accelerating recovery outcomes.

Its ergonomic and adjustable design ensures maximum comfort for patients of different body types, while the digital touchscreen interface allows easy operation and therapy monitoring. The real-time feedback system helps track patient performance and progress accurately, enhancing the effectiveness of rehabilitation programs.

Ideal for hospitals, physiotherapy centers, and neurorehabilitation clinics, the Full Body Robotic Exoskeleton provides a safe, efficient, and technology-driven approach to restoring independence and functional mobility in patients.

Key Features

• AI-based full-body robotic motion control

• Supports both upper and lower limb rehabilitation

• Active, passive, and assistive therapy modes

• Real-time feedback and therapy monitoring system

• Ergonomic, lightweight, and adjustable exoskeleton design

• Touchscreen digital interface for easy control

• Enhances mobility, coordination, and muscle strength

• Promotes neuroplasticity for faster motor recovery

• Ideal for hospitals, clinics, and rehabilitation centers

Applications

• Stroke rehabilitation and motor function restoration

• Paralysis and spinal cord injury therapy

• Neurological disorder rehabilitation

• Gait training and postural control therapy

• Physiotherapy after surgery or trauma

Technical Specifications

• Type: Full Body Robotic Rehabilitation Exoskeleton

• Training Modes: Active / Passive / Assistive

• Coverage: Upper Limb + Lower Limb + Core Support

• Control System: AI-driven adaptive motion and force control

• Display: 7-inch high-resolution touchscreen panel

• Sensors: Angle, motion, and force detection sensors

• Feedback System: Real-time visual and performance tracking

• Material: Lightweight aluminum alloy and medical-grade polymer

• Power Supply: 220V AC, 50Hz

• Connectivity: USB, Wi-Fi, and data storage capability

• Safety Features: Emergency stop, motion limiter, overload protection

• Weight: Approx. 35–40 kg

• Dimensions: 1550 × 700 × 450 mm (approx.)

• Usage: Clinical, Hospital, and Physiotherapy Environments

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