Motorized Exoskeleton Rehabilitation Robot for Hospital and Clinical Use

About Motorized Exoskeleton Rehabilitation Robot for Hospital and Clinical Use

Biotronix Motorized Exoskeleton Rehabilitation Robot for Hospital and Clinical Use

The Motorized Exoskeleton Rehabilitation Robot for Hospital and Clinical Use is an advanced robotic therapy system designed to assist patients in regaining mobility, coordination, and motor strength after injury, stroke, or neurological disorders.

This intelligent rehabilitation exoskeleton supports upper and lower limb movement through controlled robotic motion, providing safe, repeatable, and data-driven physiotherapy sessions. It allows therapists to customize therapy intensity and monitor patient progress in real-time, ensuring efficient and effective recovery outcomes.

Engineered with precision and comfort in mind, this motorized exoskeleton robot helps patients perform natural movement exercises, reduces therapist fatigue, and accelerates rehabilitation. It is ideal for hospitals, physiotherapy centers, and neuro-rehabilitation clinics seeking high-performance rehabilitation technology.

Key Features

• Motorized robotic system for assisted movement and gait training

• Adjustable support levels for various rehabilitation stages

• Smart sensors for motion, pressure, and position feedback

• Real-time data monitoring and patient performance tracking

• Promotes natural movement patterns and muscle re-education

• Ergonomic, patient-friendly, and safe design

• Suitable for both upper and lower limb therapy

• Designed for hospital and clinical physiotherapy environments

Applications

• Stroke and paralysis rehabilitation therapy

• Neuro and spinal cord injury recovery

• Post-surgical physical therapy

• Muscle coordination and motor function training

• Gait, balance, and mobility improvement

• Clinical and hospital-based physiotherapy programs

Technical Specifications

• Product Name: Motorized Exoskeleton Rehabilitation Robot for Hospital and Clinical Use

• Type: Robotic rehabilitation exoskeleton

• Usage/Application: Physiotherapy, neuro rehabilitation, gait training

• Training Modes: Manual, automatic, and assisted

• Target Area: Upper and lower limbs (optional models)

• Control Interface: Intelligent digital touchscreen panel

• Display: 10-inch LCD or touch display

• Sensor Technology: Motion, angle, and pressure sensors

• Motor Type: High-torque servo motors with adaptive resistance control

• Power Supply: AC 220V 10%, 50Hz

• Power Consumption: 500W

• Range of Motion (ROM): Hip 120, Knee 135, Shoulder 120, Elbow 135

• Material: Lightweight aluminum alloy with soft padded supports

• Height Adjustment: 150190 cm

• Weight Capacity: Up to 120 kg

• Safety Features: Fall detection, emergency stop, overload protection

• Connectivity: USB and Wi-Fi for data export and system updates

• Data Recording: Gait analysis, performance monitoring, session tracking

• Operating Noise: < 50 dB

• Dimensions (Approx.): 1100 600 1700 mm

• Weight: 4555 kg

• Brand: Biotronix

• Country of Origin: India / Imported Model Available

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Advanced Rehabilitation Technology for Hospitals

This robotic exoskeleton is engineered with the latest AI and digital technologies to deliver intelligent physiotherapy and motorized gait training. Its robust design is tailored for hospital and clinical settings, providing reliable support for stroke, paralysis, and spinal injury patients. The robots adaptability facilitates motor recovery for a broad spectrum of conditions, making it an essential tool for comprehensive patient care.


Comprehensive Motor Function Support

Designed to aid recovery of shoulder, cervical, joint, muscle, and nerve functions, this rehabilitation device accommodates children, adults, elders, and even infants. Easy adjustment and real-time feedback ensure personalized therapy. The exoskeletons ergonomic shape and advanced sensory systems boost patient outcomes during neurorehabilitation and muscle re-education.


User-Friendly and Highly Efficient Operation

The systems touch screen interface and intuitive controls streamline the therapy process. With portable and wall-mounted options, clinicians enjoy flexible deployment across different physiotherapy environments. Designed for simple storage and efficient power consumption, this robotic aid maximizes therapeutic benefits while conserving clinical resources.