Rehabilitation Robotics Exoskeleton for Stroke and Motor Recovery

About Rehabilitation Robotics Exoskeleton for Stroke and Motor Recovery

Biotronix Rehabilitation Robotics Exoskeleton for Stroke and Motor Recovery

The Rehabilitation Robotics Exoskeleton is an advanced robotic rehabilitation system designed to assist in stroke recovery, motor rehabilitation, and neurological therapy. This intelligent robotic exoskeleton helps patients regain strength, coordination, and control of their limbs through repetitive, guided, and motor-assisted movement training.

Ideal for patients with stroke, paralysis, spinal cord injury, cerebral palsy, and neuromuscular disorders, the system supports both upper and lower limb rehabilitation. It uses motorized actuators, intelligent motion sensors, and real-time feedback technology to provide a safe and efficient therapy experience.

The exoskeletons ergonomic, adjustable design ensures comfort for different body sizes while enabling therapists to customize training parameters such as range of motion, resistance, and movement speed. With data tracking and performance monitoring, it helps clinicians measure progress and improve recovery outcomes.

Perfect for physiotherapy clinics, rehabilitation centers, and hospitals, this robotic exoskeleton delivers precise, consistent, and evidence-based therapy for faster and more effective motor recovery.

Key Features

• Designed for stroke and motor recovery therapy

• Supports upper and lower limb rehabilitation

• Motorized robotic joints for guided movement

• Real-time feedback with data tracking

• Adjustable and ergonomic design for patient comfort

• Active, passive, and assistive training modes

• Improves mobility, coordination, and muscle strength

• Clinically validated and user-safe technology

• Suitable for physiotherapy and neuro-rehabilitation centers

Technical Specifications
Model: Rehabilitation Robotics Exoskeleton
Type: Full Body Upper and Lower Limbs
Power Supply: AC 220V / 50Hz
Control Interface: Digital Touchscreen Panel
Training Modes: Passive / Active / Assistive
Motor Type: Brushless DC Servo Motors
Sensors: Torque, Motion, Force, and Angle Sensors
Range of Motion: Adjustable (Shoulder, Elbow, Wrist, Hip, Knee, Ankle)
Display: Real-Time Progress and Biofeedback
Material: Lightweight Aluminum Alloy
Safety Features: Emergency Stop, Overload Protection
Patient Height Range: 140190 cm Adjustable
Maximum Load: Up to 120 Kg
Connectivity: USB / Wi-Fi (optional data transfer)
Dimensions (Approx.): 1000 800 1600 mm
Net Weight: 6585 Kg

Applications

• Stroke Rehabilitation and Motor Recovery

• Neuro and Physical Therapy Centers

• Spinal Cord Injury Rehabilitation

• Orthopedic and Post-Surgical Rehabilitation

• Physiotherapy Clinics and Hospitals

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Intelligent Rehabilitation for Recovery

Leverage the power of AI and digital exoskeleton technology for stroke and neuro motor recovery. This robotic physiotherapy device provides customizable and precise therapy, enhancing rehabilitation outcomes through real-time monitoring and adaptive protocols. Suitable for clinical environments, it enables therapists to optimize recovery for patients across all age groups.


Advanced Design with Touch Screen Interface

Featuring a user-friendly touch screen display, the exoskeleton makes operation and therapy adjustment seamless. Its motorized and portable structure is built from durable plastic, ensuring both comfort and safety in every rehabilitation session. The hospital-grade system accommodates various body sizes and supports upper and lower limb recovery efficiently.


Comprehensive Robotic Physiotherapy

The rehabilitation robotics exoskeleton system integrates smart sensors and AI to guide therapy based on individual progress. Its full body mode targets shoulder, joints, cervical, back, muscles, and nerves, providing measurable outcomes and tracking improvements. Designed for daily use, the system streamlines rehabilitation for patients and healthcare professionals alike.