Enhances engagement and neuroplasticity through immersive simulations, supporting motor and cognitive recovery in a dynamic, interactive environment.

Uses motion-capture technology to assess walking mechanics, detect imbalances, and guide corrective therapy for improved mobility.

Assists in restoring fine motor control and strength in the hands and arms using precision robotics, especially beneficial for stroke and trauma patients.

Employs visual feedback to stimulate brain function and promote movement recovery in affected limbs, commonly used in post-stroke and neurological rehab.

Facilitates early gait training by partially supporting body weight, making it ideal for patients with limited mobility or neurological conditions.

Enables safe, gravity-reduced exercises to improve strength, balance, and posture without overloading joints or muscles.

Focuses on rebuilding muscle power and endurance through structured, progressive exercises tailored to individual rehabilitation goals.

Addresses speech, language, and swallowing disorders, providing personalized strategies for communication recovery and safe oral intake.

Gently stretches the spine to alleviate nerve compression, helping reduce back pain and promote disc healing.

Harnesses the therapeutic benefits of water—buoyancy, resistance, and warmth—to ease pain, improve joint mobility, and accelerate recovery.