Physiotherapy Exoskeleton Machine for Stroke and Paralysis Patients

About Physiotherapy Exoskeleton Machine for Stroke and Paralysis Patients

Biotronix Physiotherapy Exoskeleton Machine for Stroke and Paralysis Patients

The Physiotherapy Exoskeleton Machine for Stroke and Paralysis Patients is an advanced robotic rehabilitation system designed to restore mobility, strength, and coordination in individuals recovering from stroke, paralysis, or neurological disorders. This innovative device combines intelligent robotics with physiotherapy techniques to assist patients in performing natural, repetitive, and controlled movements that promote faster and more effective recovery.

Engineered with adaptive motion control and precision sensors, the exoskeleton supports both upper and lower limb rehabilitation. It provides passive, active, and assistive training modes, allowing therapists to customize each therapy session according to the patient’s recovery stage and physical ability. The system encourages neuroplasticity—the brain’s ability to rewire itself—by enabling consistent, guided movement patterns essential for motor relearning.

The Physiotherapy Exoskeleton Machine features a comfortable ergonomic design, a real-time monitoring interface, and adjustable settings for personalized therapy. It minimizes therapist workload while ensuring accurate, safe, and measurable rehabilitation outcomes. Ideal for hospitals, physiotherapy centers, and rehabilitation clinics, this exoskeleton machine is a reliable and efficient tool for neurological and postoperative rehabilitation.

Key Features

• Intelligent robotic motion assistance system

• Supports upper and lower limb rehabilitation

• Active, passive, and assistive therapy modes

• Real-time motion tracking and performance feedback

• Ergonomic, adjustable, and patient-friendly design

• Promotes neuroplasticity and motor learning

• Compact, durable, and hospital-grade structure

• Easy-to-use digital touch control interface

Applications

• Stroke rehabilitation and motor function recovery

• Paralysis and neurological rehabilitation

• Spinal cord injury therapy

• Post-operative physiotherapy and mobility training

• Gait training and balance improvement

Technical Specifications

• Type: Physiotherapy Robotic Exoskeleton Machine

• Training Modes: Passive / Active / Assistive

• Rehabilitation Focus: Upper Limb, Lower Limb, Full Body

• Control System: AI-based adaptive robotic motion control

• Display: 7-inch digital touchscreen interface

• Sensors: Angle, motion, and force sensors for real-time tracking

• Feedback System: Live performance and progress display

• Power Supply: 220V AC, 50Hz

• Material: Lightweight aluminum alloy and medical-grade polymer

• Connectivity: USB and wireless data transfer

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

• Weight: Approx. 25–35 kg (depending on configuration)

• Dimensions: 1400 × 650 × 450 mm (approx.)

• Usage: Hospital, Rehabilitation Center, Physiotherapy Clinic

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