X-ray Simulators | Clinical Training with DoReality

X-Ray Simulator
Clinical X-ray training that simulates the entire real-world workflow—from patient check-in to diagnostic image acquisition.

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Virtual X-Ray Simulator for Diagnostic Imaging Training

The virtual X-ray simulator provides end-to-end training across the full diagnostic imaging process, from patient intake to correct radiographic acquisition. Unlike traditional simulators focused only on the final image, this approach trains the real clinical sequence—strengthening workflow understanding, clinical decision-making, and procedural safety.

Available in PC and Virtual Reality versions

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Step into the experience!
At DoReality, the X-ray simulator is designed as a complete learning journey, integrating not only radiographic technique but also a structured pedagogical layer that guides learners through every stage of the clinical process.
This enables training not only on the “how,” but also the “why” behind each decision.With this model, students develop a systems-level understanding of the radiology procedure, improving knowledge retention, transfer to real scenarios, and readiness for complex clinical contexts. The result is deeper, more coherent training aligned with today’s health education standards.
Train with a realistic X-ray simulator—without risk to patients

Training with a realistic simulator that reproduces the complete clinical process allows learning with zero patient risk and stronger clinical reasoning. From patient admission, exam preparation, and parameter selection to final diagnostic image acquisition—every step is part of the training.
DoReality’s X-ray simulator includes an intelligent pedagogical companion that supports active learning, error correction, and deliberate decision-making throughout the process. This reduces clinical anxiety, accelerates the learning curve, and builds professional confidence before working with real patients.
By training the full workflow, students don’t just learn to produce an image—they learn to think clinically, understand the impact of each choice, and act with greater accuracy and safety in real healthcare settings.

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Our Clinical Simulators
Train in simulated environments.
Computed Tomography (CT)
From patient admission to image interpretation, practice every step of the clinical process with immediate feedback and unlimited training.
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Magnetic Resonance Imaging (MRI)
Explore the full patient workflow in MRI scenarios. Experience patient interaction and master the technique in a safe, immersive environment.
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Angiography (AG)
A simulation tool designed for diagnostic imaging training programs, featuring realistic scenarios, automatic feedback, and learning traceability.
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Cardiopulmonary Resuscitation (CPR)
Train your response in critical moments. Make decisions under pressure and build the confidence to act with precision when it matters most.
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Indicators
+2500 students
Learning with VRDI simulators in Latin America and Spain
+11 years
Developing with virtual reality technology
+800,000 assessments
Conducted using VRDI simulators
Frequently Asked Questions
Find answers to the most common questions about our simulators.
What competencies does the X-ray simulator develop in students?
The simulator enables full practice of a conventional radiology exam workflow:
Patient preparation and positioning
Collimation
Technical parameter selection
Image acquisition and evaluation
It strengthens decision-making, patient safety, and technical judgment — without real radiation exposure.
Which simulation zone does the simulator cover?
SimZones is a global standard in simulation-based education. Our simulator can be implemented across multiple zones, depending on:
Simulation guides and structured materials
Learning objectives
The educational strategy defined by the institution
Can the simulator be used to teach X-ray physics?
Yes. It allows illustration of:
X-ray physics dynamics
The impact of kV and mA on image results
Photon behavior
Does the simulator replace real clinical practice?
No. It complements and optimizes it by providing:
Unlimited repetition in a safe environment
Immediate feedback
Fewer errors when transitioning to real scenarios
Greater confidence before interacting with real equipment and patients
What types of institutions can implement the simulator?
Designed for:
Universities
Technical institutes
Healthcare training centers
It can be integrated into in-person, hybrid, or fully online learning models, depending on the institution’s educational framework.
Does the simulator allow tracking and traceability of simulations?
Yes. It provides learning traceability through:
Simulation time
Performance metrics
Reports and recommendations
All aligned with the institution’s defined educational strategy.

X-Ray Simulator

Clinical X-ray training that simulates the entire real-world workflow—from patient check-in to diagnostic image acquisition.

Virtual X-Ray Simulator for Diagnostic Imaging Training

Step into the experience!

Train with a realistic X-ray simulator—without risk to patients

Training with a realistic simulator that reproduces the complete clinical process allows learning with zero patient risk and stronger clinical reasoning. From patient admission, exam preparation, and parameter selection to final diagnostic image acquisition—every step is part of the training.

By training the full workflow, students don’t just learn to produce an image—they learn to think clinically, understand the impact of each choice, and act with greater accuracy and safety in real healthcare settings.

Our Clinical Simulators

Train in simulated environments.

Computed Tomography (CT)

Magnetic Resonance Imaging (MRI)

Angiography (AG)

Cardiopulmonary Resuscitation (CPR)

Indicators

+2500 students

+11 years

+800,000 assessments

Frequently Asked Questions

Find answers to the most common questions about our simulators.

What competencies does the X-ray simulator develop in students?

Which simulation zone does the simulator cover?

Can the simulator be used to teach X-ray physics?

Does the simulator replace real clinical practice?

What types of institutions can implement the simulator?

Does the simulator allow tracking and traceability of simulations?