AI Body — The first high-resolution digital twin of human physiology.

Transforming complex physiology into knowledge that advances education, research, and innovation.
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Capturing all Biochemical and Biomechanical Transformations

The world’s most complete digital physiology model —132,000 parameters, recalculated every millisecond, simulating life from cell chemistry to full body homeostasis.​

Biochemical

Molecular reactions driving cellular function

Tissue level

Cells forming structures and interactions

Organ level

Integrated organs performing vital roles

System level

Coordinated processes across organ systems

Digital human

Complete virtual model of the body

Explore the AIBODY 
Organism

Explore the AIBODY Organism to observe whole-body physiology, multi-organ interactions, and emergent responses across systems in realistic training scenarios.

Cardiac
System
Experience realistic cardiac conditions like arrhythmias, infarction, and ischemia with our real-time ECG feedback, enhancing your understanding and preparedness.
Pulmonary
System
Observe normal and pathological conditions carefully to gain a vital understanding of how oxygenation and ventilation are affected, which is essential for effective management.
Renal
System
Develop a critical understanding of kidney physiology, fluid shifts, and electrolyte management to optimize health outcomes.
Gastrointestinal
System
Adjust nutritional intake to gain a more profound knowledge of how nutrients are absorbed and how optimizing this process can enhance health.
Nervous
System
Transition from central to peripheral nervous system perfusion and function, and effectively simulate emergency scenarios such as ischemic or hemorrhagic stroke to enhance preparedness.
Vascular
Hemorrhage
Simulate realistic blood loss, volume regulation, and compensatory mechanisms to highlight their essential role in effectively managing trauma and surgical situations.
Burns & Trauma Simulation
Replicate complex thermal injury responses, fluid resuscitation, and tissue repair in high-fidelity AI trauma scenarios.
Pharmacokinetic
Analysis
Analyze drug absorption, distribution and excretion with customizable dosing, organ impairment, and interaction modeling.
Elevate Practice with MedVision
Elevate Practice with MedVision
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FAQs

MedVision is your one-stop shop for top-of-the-line medical simulators.

We understand the importance of realistic and reliable training equipment in the healthcare industry, which is why we provide our clients with only the best simulation manikins on the market.

With years of experience in the market, we have established ourselves as a trusted source for medical simulators. We carefully design and manufacture our medical training manikins to meet the highest standards of quality and accuracy, making them perfect for training. At MedVision, we offer a wide range of hospital training manikins, from basic models for beginners to advanced options for experienced professionals. We build our products with cutting-edge technology and realistic features to provide a hands-on learning experience for our clients; if you want to improve patient care, you want MedVision.

How are simulations used in healthcare?

Medical simulation is widely used in healthcare education to train medical students, nurses, physicians, and clinical teams. Simulation-based training allows learners to practice clinical procedures, diagnostic skills, patient assessment, and emergency response in a safe, risk-free environment. Healthcare simulation is commonly used in medical schools, nursing programs, hospitals, and simulation centers to improve patient safety and clinical outcomes.

How realistic is full code medical simulation?

High-fidelity medical simulation is extremely realistic and closely replicates real-life code blue and emergency scenarios. Advanced patient simulators can simulate cardiac arrest, respiratory failure, trauma, and other critical conditions with real-time physiological responses. Learners can perform CPR, airway management, defibrillation, medication administration, and team-based resuscitation just as they would in a real clinical setting.

What is high-fidelity medical simulation?

High-fidelity medical simulation uses advanced manikins and software to reproduce realistic human physiology, clinical signs, and patient responses. These simulators provide interactive feedback, allowing healthcare professionals to make clinical decisions and immediately see the results of their actions during training.

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