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Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning
Exoskeleton-Based Physiotherapy Supporting Motor Relearning

Exoskeleton-Based Physiotherapy Supporting Motor Relearning

Price 20000 INR/ Piece

MOQ : 1 Piece

Exoskeleton-Based Physiotherapy Supporting Motor Relearning Specification

  • Operating Type
  • inpatient mobility enhancement therapy
  • Attributes
  • strength and endurance recovery hospital care
  • Function
  • inpatient mobility enhancement physiotherapy programs
  • Shape
  • advanced hospital rehabilitation robotics solutions
  • Lighting Type
  • functional movement retraining hospital systems
  • Real-Time Operation
  • clinical exoskeleton therapy for hospitals Week
  • Use
  • hospital-based robotic exoskeleton rehabilitation programs
  • Power Consumption
  • hospital joint mobility enhancement therapy Watt (W)
  • Equipment Type
  • neuromuscular rehabilitation in hospital settings
  • Application
  • balance and postural control hospital rehab programs
  • Material
  • orthopedic inpatient exoskeleton therapy
  • Wall Mounted
  • muscle strengthening inpatient physiotherapy
  • Color
  • hospital gait training and walking recovery solutions
  • Storage Instructions
  • strength restoration and endurance training in hospitals
  • Adhesive Type
  • neuromuscular inpatient rehabilitation technology
  • Power
  • inpatient wearable exoskeleton physiotherapy systems Volt (v)
  • Dimension (L*W*H)
  • post-operative inpatient rehabilitation with exoskeletons Inch (in)
  • Capacity
  • orthopedic hospital exoskeleton therapy systems Kg
  • Suitable For Use
  • clinical-grade exoskeleton therapy for hospitals
  • Magnification Power
  • controlled functional movement hospital systems mm
  • Operation Mode
  • controlled joint movement rehabilitation in hospitals
  • Set Contains
  • muscle re-education and strengthening inpatient physiotherapy
  • Voltage
  • robotic-assisted strength and mobility training in hospitals Statampere (sA)
  • Feature
  • professional hospital physiotherapy exoskeleton equipment
  • Size
  • lower limb mobility rehabilitation in hospital units
  • Accuracy
  • joint flexibility and stiffness management hospital rehab mg
  • Technology
  • upper limb functional recovery in hospitals
  • Portable
  • balance and coordination training hospital rehab units
  • Noise Level
  • advanced hospital rehabilitation robotics db
  • Condition
  • hospital-based lower limb rehabilitation programs
  • Warranty
  • upper limb functional training in hospitals
  • Recyclable
  • No
  • Recommended For
  • Shoulder, Joints, Cervical, Back, Muscles, Nerves
  • Treatment
  • hospital gait training and mobility recovery
  • Measuring Range
  • hospital-based exoskeleton rehabilitation systems Rankine
  • Pressure Range
  • hospital gait training and mobility recovery
  • Frequency Range
  • inpatient robotic physiotherapy programs Hertz (HZ)
  • Usage
  • hospital joint mobility and strength therapy
  • Age Group
  • Children, Adults, Women, Elders, Infants
  • Display
  • Touch Screen
  • Power Source
  • Electric
  • Weight
  • post-surgical hospital rehabilitation solutions Kilograms (kg)
 

Exoskeleton-Based Physiotherapy Supporting Motor Relearning Trade Information

  • Minimum Order Quantity
  • 1 Piece
  • FOB Port
  • New Delhi
  • Payment Terms
  • Paypal, Cash Against Delivery (CAD), Cash on Delivery (COD), Cash Advance (CA), Cash in Advance (CID), Cheque, Days after Acceptance (DA), Delivery Point (DP), Letter of Credit at Sight (Sight L/C), Telegraphic Transfer (T/T), Western Union, Letter of Credit (L/C)
  • Supply Ability
  • 1 Piece Per Day
  • Delivery Time
  • 1 Week
  • Sample Available
  • Yes
  • Sample Policy
  • Free samples available with shipping and taxes paid by the buyer
  • Packaging Details
  • as per communication
  • Main Export Market(s)
  • Asia, Australia, Central America, North America, South America, Eastern Europe, Western Europe, Middle East, Africa
  • Main Domestic Market
  • All India
  • Certifications
  • as per communication customer
 

About Exoskeleton-Based Physiotherapy Supporting Motor Relearning

Biotronix Exoskeleton-Based Physiotherapy Supporting Motor Relearning

Exoskeleton-based physiotherapy is supporting motor relearning by delivering controlled, repetitive, and task-specific rehabilitation for patients with neurological and orthopedic impairments. These wearable robotic systems are designed to guide accurate movement patterns, regulate assistance, and reduce compensatory actions during therapy. By combining intelligent sensors, adaptive control algorithms, and therapist-guided protocols, exoskeleton-based physiotherapy creates an optimal environment for motor relearning, helping patients re-establish neural pathways, improve coordination, and regain functional movement in modern rehabilitation settings.

Key Features

  • Wearable exoskeleton designed for motor relearning-focused physiotherapy

  • Adaptive robotic assistance based on patient motor response and learning progress

  • Multi-joint support for hips, knees, and ankles to ensure coordinated movement patterns

  • Real-time sensor-based control for precise regulation of speed, range, and force

  • Adjustable assistance levels to encourage active participation and relearning

  • Therapist-controlled interface for structured motor relearning protocols

  • Advanced safety systems, including emergency stop and torque limitation

  • Continuous performance monitoring for objective motor relearning assessment

Applications

  • Stroke rehabilitation for relearning voluntary movement and gait patterns

  • Spinal cord injury rehabilitation for assisted motor activation and coordination training

  • Neurological rehabilitation for traumatic brain injury, Parkinsonas disease, and multiple sclerosis

  • Orthopedic rehabilitation for restoring correct movement control after injury or surgery

  • Post-surgical rehabilitation for safe motor re-education

  • Gait training, balance therapy, and functional movement relearning programs

Benefits

  • Enhances motor relearning through repetitive, task-specific physiotherapy

  • Promotes neuroplasticity and reorganization of neural pathways

  • Improves coordination, balance, and controlled muscle activation

  • Reduces compensatory and inefficient movement patterns

  • Ensures patient safety during assisted and upright therapy sessions

  • Provides objective, data-driven insights into motor relearning progress

  • Reduces physical strain and workload for physiotherapists

  • Supports consistent, measurable, and functional recovery outcomes

Technical Specifications

  • System type: Wearable rehabilitation exoskeleton for physiotherapy

  • User weight range: Approximately 40a120 kg

  • User height range: Approximately 150a195 cm

  • Assisted joints: Hip (2 degrees of freedom), Knee (1 degree of freedom), Ankle (1 degree of freedom per side)

  • Actuation system: High-torque brushless DC motors with integrated torque sensors

  • Control system: Intelligent adaptive control with real-time feedback algorithms

  • Power supply: Rechargeable lithium-ion battery pack

  • Battery backup: Approximately 3a5 hours of continuous operation

  • Charging time: Approximately 2a3 hours

  • Training modes: Passive, assisted, active-assist, adaptive

  • Sensor system: IMU sensors, joint encoders, force and torque sensors

  • Safety features: Emergency stop button, torque limiters, mechanical braking system

  • Connectivity: Bluetooth, Wi-Fi, USB data export

  • Compliance: Medical device certifications (model dependent)

  • Operating temperature: 10AC to 40AC

  • Storage temperature: a20AC to 60AC


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Advanced Exoskeleton Technology for Inpatient Rehab

Our hospital-grade exoskeleton robotics enhance physiotherapy by providing controlled, real-time feedback and digital monitoring. This cutting-edge equipment accelerates neuromuscular and orthopedic recovery by enabling adjustable gait training and functional movement retraining in hospitalized patients. With robust safety features and ergonomic design, the system ensures comfort and effective therapy across a wide age spectrum, including pediatrics to geriatrics.


Comprehensive Functional Movement Relearning

Powered by gentle electrical operation, the exoskeleton system delivers targeted therapy to joints, muscles, and nerves. The system supports therapy for shoulders, cervical regions, backs, and lower limbs, making it a versatile solution for a range of rehabilitation programs. Its color-guided display and portable unit enable customized inpatient rehabilitation sessions, maximizing patient engagement and measurable progress.


Flexible, Measurable, and Efficient Rehabilitation

Designed for both muscle re-education and strength restoration, the exoskeleton provides accurate, hospital-grade assessments of joint flexibility, endurance, and movement. The touch screen interface and digital recording help clinicians adapt therapies in real time. Suitable for children and adults, this equipment is portable and integrates easily into various hospital-based rehabilitation protocols, ensuring comprehensive and efficient therapy outcomes.

FAQ's of Exoskeleton-Based Physiotherapy Supporting Motor Relearning:


Q: How does the exoskeleton-based physiotherapy system support motor relearning in hospital settings?

A: This system utilizes robotic-assisted technology combined with color-guided feedback to improve motor relearning for inpatients. Through precise, real-time control, it assists patients with walking recovery, gait training, and strength enhancement while enabling therapists to monitor and adjust each session according to individual needs.

Q: What are the recommended conditions and body areas for this exoskeleton rehabilitation program?

A: The program is clinically recommended for motor relearning and rehabilitation of the shoulder, joints, cervical spine, back, muscles, and nerves. It is especially effective for lower limb mobility, post-operative recovery, and orthopedic therapy in hospital-based settings.

Q: When should this hospital exoskeleton solution be used during the rehabilitation process?

A: It is best integrated during the early to intermediate stages of inpatient rehabilitation, particularly for patients recovering from orthopedic, neuromuscular, or post-surgical conditions. Early intervention promotes improved strength, walking ability, and overall functional recovery.

Q: Where within the hospital can this exoskeleton equipment be deployed?

A: The exoskeleton system is portable and designed for use in various inpatient rehabilitation areas, including specialized physiotherapy units, orthopedic wards, and muscle recovery centers. Its compact design allows for easy transfer and use at bedsides or within therapy suites.

Q: What process is followed during a typical exoskeleton-guided inpatient therapy session?

A: A typical session begins with patient assessment, followed by securing the exoskeleton and calibrating settings via the touch screen. The patient then performs guided walking, balance, or strength exercises, with real-time monitoring of movement to ensure targeted and safe rehabilitation. Each session is tailored to address specific joint and muscle needs.

Q: How does this technology benefit hospital-based rehabilitation programs?

A: Hospital rehab programs benefit from precise, data-driven therapy that is adaptive for diverse age groups. The system enhances patient engagement, standardizes progress measurement, reduces therapist strain, and accelerates recovery by delivering consistent, controlled movement retraining.

Q: What features make this exoskeleton suitable for inpatient physiotherapy?

A: Key features include its hospital-grade plastic construction, ergonomic shape, wall-mountable and portable design, advanced touch screen interface, accurate movement measurement, electric operation, and compatibility with digital health record systems. Its adaptability serves multiple rehabilitation needs across various patient populations.

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