The NeuroSync Recovery Pod™ is a next-generation smart medical bed engineered for advanced neurological and physiological monitoring, deep cellular repair, and AI-assisted patient care in futuristic medical environments. Its sleek, ergonomic design combines aerospace-grade materials with adaptive memory foam and an integrated biometric interface.
3 Layer Design: Outer Layer Is Made From Non Woven Polypropylene And Block Droplets And Dust. Center Layer Is Melt Blown Polypropylene Filtration Layer.
Systemic Cellular Breakdown & Accelerated Healing Post Trauma Primarily used for high-impact trauma recovery, long-duration stasis reawakening, or deep-tissue regeneration in cases of internal damage or degeneration.
Coma Management & Long-Term Consciousness Disorders The SentraCare™ pod is ideal for patients in prolonged unconscious or semi-conscious states, such as those with traumatic brain injury, vegetative states, or post-anoxic comas. The robotic unit handles stimulation protocols, neural response tracking, and physical readjustments, reducing the risk of bedsores, atrophy, or unattended medical emergencies.
Skylux™ Advanced Recovery Suite is ideal for patients undergoing intense chemotherapy, stem cell transplants, or novel immunotherapy trials. These patients face elevated infection risks and require constant vital monitoring and environmental control. The suite ensures optimal conditions for healing, while minimizing exposure to external pathogens.
The Skylux™ unit is ideal for managing fatigue, nausea, neuropathy, and immune suppression during and after cancer treatments. It tracks inflammatory markers, hydration levels, white cell counts (via non-invasive biosensing), and patient vitals continuously—supporting clinicians in adjusting care on the fly.
Advanced ICU Management: Consolidates all necessary life support and monitoring systems into one station, reducing response times in life-threatening situations.
Automated Emergency Response: Can initiate defibrillation, oxygen regulation, and circulatory support automatically in emergencies.
Surgical Stabilization: The adjustable environment and integrated robotic support make it suitable for performing minimally invasive interventions on-site.
Continuous Monitoring: Offers uninterrupted, high-precision vitals tracking for long-term critical care patients.
Multi-System Support: Allows concurrent operation of respiratory, renal, and cardiovascular assist devices.
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Ideal for patients with conditions like brain aneurysms, vascular malformations, or complex tumors, the NeuroLase™ Suite allows for precision planning through non-invasive mapping, vessel analysis, and neurologic function simulation.
Complication Treated:Neurodegenerative Disorders (e.g., Alzheimer’s, ALS, Parkinson’s) Tailored for early detection, disease progression mapping, and therapeutic responsiveness tracking, the Synexis™ bed provides doctors with detailed brainwave analytics and real-time cortical imaging necessary for long-term neuro-care management.
Secondary Uses:
Pre- and post-operative brain surgery planning
Traumatic brain injury (TBI) assessments
Epileptic seizure origin tracking and frequency mapping
Cognitive enhancement research under controlled conditions
Vicks VapoRub SteamPods gives quick relief from blocked nose, sinus congestion, headache, and cough due to cold. How to use: For steam inhalation in adults and children 6 years and above: 1.Put 1 Steam Pod.
Post-Operative Systemic Imbalance & Cardio-Respiratory Monitoring The VitalSync Unit is tailored for patients recovering from complex surgeries (e.g., thoracic, neurological, or transplant procedures) where constant monitoring of multiple systems is essential to prevent relapse or delayed complications. It’s ideal for transitional intensive care before moving to general wards.
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