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MRI simulator that trains confident radiographers—3X faster

Train on your laptop like it's a real scanner
Change any parameter—see the image change

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A laptop displaying Corsmed's MRI simulator interface. The screen shows three images of the brain, in axial, sagittal, and coronal view, with pulse sequence settings being adjusted in the bottom panel.
Get MRI Simulator
For individuals
Contact Us
For organizations

The Only MRI Simulator That Actually Works

Most simulators are static databases or cosmetic filters.

This means that if you change their parameters, you only get an rough "guess"—not the true image.

Fake simulation is not just inaccurate—it’s dangerous. If users learn incorrect cause-effect relations, it threatens the life safety of patients.

Only Corsmed simulates MR physics like a real scanner:

  1. Captures 35 MRI parameters in every image
  2. Simulates RF signal from millions of protons per mm3 of tissue
  3. Reconstructs k-space with Fourier transform

The result? Truly accurate DICOM images that correctly show anatomy, resolution, SNR, scan time, contrast, SAR, and artifacts.

Trusted by Leading MRI Institutions

Colleges

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Healthcare

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Universities

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Simulated Images as Accurate as the Real Thing

Run the MRI simulator like
a real scanner

Corsmed's MRI simulator interface surrounded by labeled tags. Each label represents an adjustable input or setting in Corsmed’s MRI simulator that affects the resulting image. Left side tags: Pulses, Field Strength, Parameters, Slices. Right side tags: Motion, Anatomy, Pathology, Coils. The simulator screen shows axial, sagittal, and coronal planning views.
Curly brace arrow, pointing to the rightCurly braces arrow, pointing down

See what a real scanner
would show

Each label represents a scan output characteristic that is captured by Corsmed's MRI simulator and reflected in the outputted image. Left side tags: Contrast, Resolution, Scan Time, SNR. Right side tags: CNR, Artifacts, Anatomy, SAR.

The Only MRI Simulator That Actually Works

Mahmud Khokhar – AoS MRI Program Director at CNI College
Mahmud Khokhar
AoS MRI Program Director
CNI College
Quote IconRating: 5/5 stars
"If you change the parameters on most MRI simulators, the image is still the same.
Corsmed’s simulator actually changes the image correctly when you change the parameters."
Read CNI's success story
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Ray Lee – MRI Program Director at British Columbia Institute of Technology
Ray Lee
MRI Program Director
British Columbia Institute of Technology
Quote IconRating: 5/5 stars
“You get exactly what you've programmed—down to the smallest pixel.
If you change parameters or angles, you see the actual effect on the image.”
Read BCIT's success story
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Samantha Mataka – Lecturer in Medical Science at University of Cumbria
Samantha Mataka
Lecturer, MRI & Medical Imaging
University of Cumbria
Quote IconRating: 5/5 stars
“When I first saw Corsmed, I knew this was the solution we had been looking for.
The image changes as you adjust parameters. Other softwares let you change parameters, but the images don't update to match.”
Read Cumbria's success story
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See the MRI Simulator Demo

Work in the Same Way as on Real MRI Scanners

Corsmed uses a single vendor-agnostic interface that mirrors the standard workflows shared by all MRI scanner manufacturers (GE, Siemens, Philips, etc.)

‍1 hour on Corsmed = 1 hour on a real scanner.

Real scanner interface

A typical software interface of a real MRI scanner.

Corsmed's simulator interface

Corsmed’s MRI simulator interface. The screen shows three cross-sectional brain scan images with slice plannings, and pulse sequence settings being adjusted in the bottom panel.

Every Input and Parameter Is Reflected in the Simulated Image

On the left, a T2 Turbo Spin Echo sequence with a list of parameter values. On the right, the resulting brain MRI image.On the left, a 2D T2 FLAIR sequence with a list of parameter values. On the right, the resulting brain MRI image.On the left, a 3D Double Inversion Recovery sequence with a list of parameter values. On the right, the resulting brain MRI image.

How Can Every Input Be Reflected so Accurately?

Every input can be reflected perfectly because Corsmed's MRI simulator creates every image from scratch – using the same MRI physics as a real scanner.

It re-creates the MRI signal...

  1. In every spin,
  2. In every voxel,
  3. For every time step.

The simulator computes the evolution of the MR-signal, acquires the k-space, and reconstructs all this data into an MR DICOM image.

This is how every input can be reflected in the simulated image – including anatomy, resolution, SNR, scan time, contrast, SAR, and artifacts.

The Corsmed MRI simulator provides you with 1:1 realism and accuracy as a real scanner – instantly available on the cloud.

See this article for: How Is Corsmed Able to Replicate a Real MRI Scanner?

Features and Benefits

Extensive Selections of Parameters, Sequences, Hardware and Patients

All body parts

Scan any part of the body you like:

  • Brain, Head and Neck
  • Spine: Cervical, Thoracic, Lumbar, etc.
  • Chest: Cardiac, Lungs, Breasts, etc.
  • Abdomen: Liver, Pancreas, Spleen, Adrenal, etc.
  • Pelvis: Prostate, Uterus, Ovary, Bladder, etc.
  • Upper Extremities: Shoulder, Arm, Hand, etc.
  • Lower Extremities: Hip, Femur, Knee, Foot, etc.
  • Pathologies: Tumors, MS, MI, etc.

25+ sequences

Select any sequence to run on the body part:

  • Spin, Turbo Spin, and Gradient Echo
  • bSSFP
  • CINE
  • DIXON
  • FLAIR
  • EPI
  • Inversion Recoveries

...And many more.

15+ coils

Coils for every body part and position:

  • Spine coil Rx
  • Cardiac coil Rx
  • Head Birdcage Rx
  • Single Anterior Rx
  • Single Posterior Rx
  • 4x Conformal Rx
  • 8x Conformal Rx

...And many more.

30+ sequence parameters

Specify the details of every sequence:

  • Field-of-View (FOV)
  • Matrix Phase and Read
  • Slice Number, Gap, and Thickness
  • Echo Time (TE)
  • Repetition Time (TR)
  • Turbo Factor

...And many more.

5+ field strengths

More magnetic field strength than any real scanner:

  • 0.25T
  • 0.31T
  • 0.4T
  • 0.55T
  • 1.5T
  • 3T

See this page for: The Complete List of Settings for Corsmed's MRI Simulator.

Practice 10X Faster Than on Real Scanners

Graph showing amount of time to complete MRI scans on a real scanner compared to Corsmed’s simulator. FLAIR: 5X faster with Corsmed, Turbo SPin Echo: 6X faster with Corsmed, 3D MP-RAGE: 16X faster with Corsmed.

See this article for: The Remarkable Speed of an MRI Simulator.

Gain Deep Expertise with Our MRI Tools

DICOM Image Viewer

The DICOM image viewer allows for precise interpretation and examination of critical anatomical structures.

  • View your simulated scans and images, or export them in DICOM or PNG format to view in any viewer.
  • Review the header and result of the images – and window them to any contrast or brightness.
  • Use Regions of Interest (ROIs) and measurement tools to analyse your images and contrasts.
Corsmed’s Image Viewer tool, displaying a sagittal view of a knee scan.

K-Space

View the acquired raw k-space data of your simulated images, gain a deeper physics understanding and learn how acceleration methods and artifacts correction methods actually work.

Filter the k-space with high pass and low pass filters. Use hanning windows and skip k-space lines.

Corsmed’s K-space Viewer tool displaying a settings panel for high-pass and low-pass filtering, Hanning window, and space-line adjustments. The left shows the resulting k-space, and the right displays the MRI image of a knee scan.

3D Viewer

Explore your simulated images and their intersections in an advanced, interactive 3D environment, designed to offer an in-depth view of cross-sectional anatomy.

The tool not only enhances your ability to interpret complex anatomical structures but also helps you visualize spatial relationships with greater precision and clarity.

By immersing yourself in a 3D perspective, you can gain a more comprehensive understanding of how different anatomical features intersect and relate to one another, improving both your diagnostic skills and grasp of human anatomy.

Corsmed’s 3D Viewer displaying a brain scan.

Post-Processing

Enhance your image analysis with our post-processing tools, featuring ROI tools, measurements and subtraction techniques.

For example: The subtraction tool allows you to subtract one image set from another to highlight subtle changes often missed in original scans.

Our post-processing tool suite gives you precise control to extract valuable information from your data – both for dynamic imaging and analyzing contrast enhancement.

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Corsmed’s Post-processing Viewer displaying a brain scan. The “Circle Tool” on the viewer has been used to draw two Regions of Interest in the middle of the brain.

Dynamic Scanning / Bolus Injection

Simulate dynamic scanning and bolus injection with our real-time control tools.

Initiate a simulated contrast injection, precisely time the start of your scan, and monitor the dynamic imaging process as it unfolds.

This simulation allows you to practice the timing of injections and scans without the pressure of real-life scenarios, providing exact feedback on your performance.

Corsmed’s Dynamic Scanning/Bolus Injection tool, displaying a coronal view of the head and upper torso, with three buttons on the right labeled Start Scan, Start Contrast, and Reset Contrast.

Tired of waiting for a scanner?
Get started with Corsmed today.

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Got Questions?

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A laptop displaying Corsmed's MRI simulator interface. The screen shows three cross-sectional knee scan images with pulse sequence settings being adjusted in the bottom panel.