Advance Robotic Physiotherapy

LEXO: REDEFINING GAIT TRAINING: -

First and only Robotic gait therapy in North India. Lexo offers highly adaptable, evidence-based training for patients of all abilities. With its lightweight design and intuitive controls, therapists can deliver precise and effective gait training while enhancing patient comfort and motivation.

Features –

  • Dynamic body weight support
  • Real-time feedback for optimal training
  • Customizable programs to suit individual needs

AMADEO: ADVANCED HAND THERAPY REDEFINED: -

Empower patients with targeted hand and finger rehabilitation. Amadeo combines robotics and AI to support recovery for a variety of conditions, from stroke to traumatic injuries.

  1. Highlights –

    • Interactive, game-based therapy
    • Comprehensive data tracking and progress visualization
    • Ergonomic design for user comfort

MYRO: MULTI FUNCTIONAL THERAPY FOR COGNITIVE AND PHYSICAL REHABILITATION: -

MYRO brings a new dimension to therapy by combining cognitive exercises with physical interaction. This modular system promotes functional recovery in a playful and engaging way.

Key Benefits –

  • Adaptive software for personalized therapy
  • Activities that blend motor, cognitive, and perceptual skills
  • Multi-sensory interaction for enhanced patient engagement

PABLO: PORTABLE AND VERSATILE THERAPY SYSTEM: -

Optimize therapy sessions with Pablo, the ultimate solution for functional training. Designed for both upper and lower extremity rehabilitation, Pablo is portable and ideal for clinic use.

  1. Why Choose Pablo?

    • Wireless sensors for freedom of movement
    • Extensive exercise library for full-body therapy

VIRTUAL REALITY: -

VR technology brings therapy into an interactive digital environment, combining physical, cognitive, and emotional rehabilitation into a single, seamless experience. Patients engage with tailored virtual scenarios that challenge and motivate them, leading to better outcomes and faster recovery.

Key Benefits of Virtual Reality Therapy -

  • Immersive Engagement: Patients become active participants in their therapy, reducing monotony and increasing motivation.
  • Customizable Scenarios: VR allows therapists to tailor environments and tasks to suit individual patient goals and conditions.
  • Comprehensive Feedback: Advanced data tracking provides real-time performance analysis, enabling therapists to optimize treatment plans.
  • Enhanced Recovery: Stimulating virtual environments support neuroplasticity, improving motor and cognitive function.
  • Accessibility: Compact and user-friendly, VR systems fit seamlessly into clinics or home-based rehabilitation programs.

Applications of VR in Rehabilitation -

  • Neurological Recovery: Stroke, traumatic brain injuries, and neurodegenerative conditions.
  • Orthopedic Rehabilitation: Post-surgical recovery, fractures, and mobility training.
  • Cognitive Therapy: Memory, attention, and problem-solving exercises.
  • Pain Management: Distraction techniques to reduce perception of pain during therapy.

IGAIT: REDEFINING MOBILITY ASSESSMENT AND TRAINING: -

  • Key Features of iGait –

    • Precise Gait Analysis: Capture detailed data on gait parameters, including stride length, cadence, balance, and symmetry.
    • Real-Time Feedback: Provide instant insights to patients, helping them understand and correct their movements during training.
    • Adaptive Therapy Programs: Customizable protocols tailored to each patient’s unique needs and rehabilitation goals.
    • Compact & Intuitive Design: Easy to integrate into clinics with minimal setup and user-friendly controls.
    • Progress Monitoring: Track recovery trends over time with detailed reports for therapists and patients.

Applications of iGait -

  • Neurological Conditions: Stroke, multiple sclerosis, Parkinson’s disease, and spinal cord injuries.
  • Orthopedic Rehabilitation: Post-surgical recovery, lower limb injuries, and joint replacements.
  • Geriatric Mobility Training: Improve balance, prevent falls, and maintain independence.
  • Sports Recovery: Optimize performance and recover from injuries effectively.
  • Enhance patient motivation with interactive feedback.
  • Ensure evidence-based therapy with precise data and analytics.
  • Improve clinical efficiency with an intuitive and compact system.
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