Welcome to the Virtual Energized X-Ray Lab!

Take a Look Inside Virtual Reality

The VR X-Ray Simulator is an innovative way for radiography programs to provide their students with realistic hands-on practice. Using a VR headset students can enter an immersive and comprehensive virtual world with an extremely realistic X-ray lab, to practice on both healthy and sick patients.

Explore the Available Anatomy

Pelvis

Knee

Ankle

Foot

Wrist

Elbow

Shoulder

How to Succeed with VR Training

A Case Study from UCL

The radiography program on UCL utilize our VR 
X-Ray Simulator to increase X-ray hands-on training,  preparing students better for clinical rotations.

UCL dedicated a room to VR X-ray training, and constructed 4 VR training stations. 

UCL's Curricular Implementation in

36 students are grouped into twelves and further into teams of three across four VR stations. 

Each group get two hours in the VR X-ray lab daily. 

A team-based learning approach where one student practices inside VR while the others observe and offer feedback is used to promote active engagement and collective skill development. 

A teacher is present to provide supervision.

It is essential for students to develop a form of X-ray vision so they can work faster and reduce the radiation risk for patients. With VitaSim's solution, they can develop this skill before they encounter real patients.

Curious to Learn More About the UCL Case?

Benefits of VR X-Ray Training

Improve Learning Outcomes

Using VR training as a supplement to classic training methods has been shown to increase learning outcomes by more than 300%

Increase Student Pass Rate

One hundred percent of students surveyed reported that VR training was a fun way to learn, and 84% agreed or strongly agreed that VR kept them motivated to complete their training

Increase Capacity For Individual Hands-on Training

Enable Students to Take +150
X-ray Images Before Rotations

Lower Costs from Traditional Energized Labs

Curious to learn how VR X-Ray Simulator can benefit you?

Features

Freely Adjust and Position the X-Ray Tube

Realistic and interactive control of the ceiling-mounted X-ray system allows students to practice optimal positioning and collimation of the X-ray tube. There is full freedom of movement including cross-table, making any projection archivable, whether traditional, specialized or being made up on the spot for demonstration and learning purposes.  

Patient Positioning and Anatomical Manipulation

Interactive and true-to-life patient positioning, allows the students to understand and practice the anatomical manipulation necessary to archive good images. All anatomical regions are designed to reflect true-to-life range of motion. 

Adjust Technical Factors

Students can adjust mAs and kVp to investigate and understand how both normal and extreme variations impact X-ray images. All adjustments are based on real-life physics, hence even the smallest adjustments are reflected in the images. 

Realistic X-Ray Images

Our simulation treat each anatomical region as an virtual X-ray phantom. The anatomy is based on real-life DICOM data and our cutting-edge algorithms generate X-ray images of the anatomy in real-time. This means that every adjustment made by a student directly influences the live X-ray images they see on the screen, offering an unparalleled level of interactive learning where even the smalles adjustment can be seen.

Curious to Learn More?

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