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3Dicom Patient

3DICOM Patient

View your CT and MRI scans in immersive 3D for just $29.95 per year.

Developed for patient education, our lightweight 3D DICOM viewer allows standard 2D radiology scans such as MRI or CT data to be converted into a fully-immersive 3D model of your own anatomy.

3Dicom Patient works on both Windows and Mac OS

3Dicom Patient Desktop

Optimised for Apple M1 and Intel Macbooks

Designed as a DICOM viewer for both Mac and Windows, 3Dicom Patient has been optimised for the latest Apple M1 Macbooks

Local 3D DICOM Volume Rendering on Windows & Mac

Medical images from CT, MRI, and/or PET scanners are quickly and securely converted from standard 2D to 3D on your device!

FREE Companion iOS & Android Mobile Apps Included

View your medical images in 2D and 3D on your own smartphone with iOS and Android mobile applications and wireless DICOM transfer

Optimised 3D volume rendering quickly converts 2D CT/MRI & PET DICOM files into 3D models

3Dicom allows you to load in radiology scans in the DICOM format and locally render them from the standard 2D medical image into 3D, turning your hardware into a lightweight DICOM workstation.

Unlike many other commercial dicom viewers, 3Dicom Patient works equally well on both Windows and Mac OS and even on mobile.

Whilst an internet connection is required to log into the software and obtain updates, the dicom data is processed locally which ensures almost instant loading and protection of your personal medical data.

3Dicom Patient users can load a series of Digital Imaging and COmmunication in Medicine (DICOM) files from Computed Tomography (CT), Magnetic Resonance Imaging (MRI) and Positron Emitting Tomography (PET) radiology scans and view both 2D and 3D views.

Hide skin and soft tissue to view internal anatomy with the density slider feature

Anatomy isn’t just skin deep and medical imaging such as MRI scans provides a non-invasive way to capture a series of images of your internal anatomy.

The 3Dicom software automatically extracts the density of every single pixel from the dicom metadata allowing you to adjust the Hounsfield Unit (HU) Window values with a simple density slider tool to hide anatomy such as skin based on density and view denser internal anatomy.

In the DICOM viewer, you can easily use the Zoom function and mouse or touchscreen to immerse yourself in your own anatomy and get up close and personal with internal anatomical structures.

Fully interactive 3D medical imaging viewer – Rotate, Pan and Zoom

After the data is loaded, the 3D anatomical model can be viewed from any angle and level of zoom with a common tools for the manipulation of the image such as Pan, Rotate, and Zoom controls with arrow keys.

For physicians, surgeons and radiologists more familiar with 2D scans, it is possible to also pan and rotate in the full-screened 2D views to view each 2D medical image in the series in fine detail.

Easily reset the 3D view with the spacebar or Home/Reset button and use the Navigation Cube on the desktop and tablet versions to orientate the scan in standard orthogonal views.

Cut into the 3D anatomical model with the 3D Slicer tool

Whilst in the 3D view, 3Dicom Patient users have the ability to ‘slice’ through the model in the sagittal (side-to-side), coronal (front-to-back) and axial (top-to-bottom) planes.

This provides the same 2D view as scrolling through the traditional 2D planes but provides additional 3D context as the end user can see surrounding 3D anatomical structures.

The 3D Slicer tool is also useful for removing additional structures such as the scanner bed, providing a clearer 3D view, and narrowing down the visible 3D model to a specific region of interest.

Local DICOM Archive – View DICOM Studies & Series At Once

After browsing to folders or files on your local storage, you can import medical images and store all the relevant information in a local DICOM archive.

Browse the in-application database by patient name, medical image modality (CT/MRI etc.) and date of image acquisition.

Once files are loaded in the software, you can easily find and select from multiple studies and series in one location rather than browsing and loading each time.

3Dicom Patient also features…

Multi-Planar Reconstruction

In addition to the advanced 3D volume rendering, our dicom viewer provides multi-planar reconstruction of the DICOM image to generate three 2D views. Full screen and scroll through the Sagittal (Side-to-Side), Coronal (Front-to-Back), and Axial (Top-to-Bottom) images.

Adjustable Display Settings

Enhance the image data visualisation with simple brightness, contrast and opacity sliders that allow you to account for different exposures and lighten up scans as the lighter (softer) tissue is removed.
Reduce opacity to create an ‘X-ray’ like view in the 3D view.

Easy Account Management

Sign up for 3Dicom Patient at my.3dicomviewer.com/login, verify your email, download the viewer and you can load and 3D render your dicom files in just minutes.

Mobile Version on App Stores

We’ve optimised the local rendering of dicom files so much that it works on almost all Android smartphones, iPhone 11 onwards, and tablets. Simply load dicom files from your phones local file storage and you can view them in a simple viewer when you’re on the move.

Import & Export with Common File Types

As the name suggests, 3Dicom works with one of the most common medical image formats, the DICOM standard but can also load other common formats such as NifTI. When exporting images, video and CAD files (depending on tier), common file formats are used rather than a proprietary format (with the exception of sharing 3Dicom sessions).

And much more…


3D Image Manipulation & Visualisation


Collaborative Medical Workflows & Analysis


Medical Image Segmentation & AI Models

On-device DICOM image loading, local file storage & standard 2D views

Visualise CT, PET & MRI scans in 2D & 3D with the Rotate, Pan & Zoom tool

Intuitive HU Window Feature exposes internal anatomy & structures

Measure and annotate with industry standard tools in 2D

Integrates with local PACS systems for improved workflows

Conduct remote collaborative sessions with internal communication system

Segment specific anatomy and export to .STL files for 3D print

Import and visualise patient-specific implants and guides with MCAD

Perform in-silico testing of medical devices and test the output of R&D phase medical AI models

Educate med students & bio-engineers with real pathology & cases in 3D.