Plan with a patient-specific 3D scan

Intuitive Medical Imaging Software for Surgeons & Practitioners

For just USD$30 per month, go beyond 3D visualisation and unlock a suite of Surgical features to annotate, measure, markup and easily communicate annotated patient-specific cases with other practitioners and even with the patient.

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3dicom surgical

Surgical Licence Features

3Dicom Surgical has been specifically developed based on feedback from radiologists and surgeons from a diverse range of specialities.

The core features outlined below are common tools required by surgeons in addition to advanced 3D segmentation and collaboration tools which we hope will make advanced surgical techniques more accessible to our Users. As a Software-as-a-Service, 3Dicom Surgical has new features being released every two weeks and access to all 3Dicom Lite and Pro features.

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Local DICOM directory with full PACS integration

Picture Archiving and Communications Systems (PACS) form the backbone of most hospitals and healthcare systems enabling the transfer of radiological images. 3Dicom Surgical integrates with most PACS systems to allow you to query by patient name, date of scan and date of birth, retrieve images and save edited DICOMs back to the PACS server.

The software also has a local DICOM directory allowing for the storage of unlimited patients loaded from PACS, local storage & removable media such as USB/CD. This locally stored database is securely stored on your device and enables almost instantaneous loading times whilst still preserving patient confidentiality (it doesn’t store scans retrieved from PACS and/or removable media that aren’t locally stored with consent).

Immersive Camera Controls

Whilst not providing the complete immersion possible with Virtual Reality in MedVR, 3Dicom Surgical provides the ability to not only rotate the patient-specific volumetric model but to also rotate an internal camera.

This allows the user to look around at a particular area whilst inside the body & quickly take screenshots/video or mark certain areas of interest.

3Dicom Surgical provides users with unlimited hot key mapping for full personalisation and easy immersive controls so users can change HU values, capture screenshots and develop fast workflows all while exploring their patients anatomy in 3D.

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3D & Volumetric Measurement (Beta)

Using the DICOM meta-data of pixel spacing from every slice rather than using averages, the software very accurately recreates the anatomy in 3D which allows for measurements on the 2D slices to be translated into a 3D Point to Point measurement. These 3D Point-to-Point measurements also provide the resultant Axial, Sagittal and Coronal vectors which is highly useful for surgical positioning.

In addition to 3D Point-to-Point measurements, our team is currently beta-testing a 3D angle measurement tool and combined with manual segmentation and drawing tools, a 3D volumetric measurement tool for calculating the estimated volume of an organ and/or organ at risk.

Share annotated & edited files with patients & colleagues

As an extension of the Lite & Pro features to capture screenshots (with and without the markups respectively), the Surgical tier allows for the quick sharing of the full quality images direct from the image gallery in the Capture Tab via Email and/or QR code.

Surgical users can also quickly anonymise scans and choose which markups, annotations and other edits to include/exclude when saving.

Annotations - 3Dicom Surgical

Anonymised scans with a unique ID can be shared with colleagues (with consent), with the patient themselves and even to public databases for research purposes and the development of AI. Finally, 3Dicom Surgical will supported structured report reading and creation with the option to select key images and automatically populate PDF reports with key images and the text from annotations for a more traditional approach.

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Manually segment anatomy (Coming Soon)

Building upon the drawing tools in the Pro tier, Surgical allows for the manual segmentation of particular anatomy by highlighting/masking the specific area of interest on multiple slices to generate a volume of interest. These volumes of interest can then be saved as their own DICOM or NiFTI files in addition to being converted and exported as 3D surface mesh models to STL/OBJ file formats.

Remote collaboration tools (Coming Soon)

Securely share and work on the same 3D volumetric model & 2D images at the same time from anywhere with an internet connection.

Share and explain results in real-time with patients or consult directly with the radiologist or other specialists on complex cases with inbuilt voice & chat functionality.

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Virtual surgical planning (Coming Soon)

Users will be able to manipulate and overlay these files of bespoke surgical implants, pedicle screws and much more to virtually plan their surgeries and record a step-by-step plan ahead of the theatre.

Combined with the ability to generate your own volumetric and surface models with manual segmentation, 3Dicom Surgical will allow for the importation of common 3D file types such as .STL & .OBJ.

FeaturesLiteProSurgical
Easily adjust Hounsfield Units (Density) with an intuitive slider
Colour scans for presentations & patient education with colour mapping
HU Slider is automatically scaled for specific scans based on total HU range
Apply HU Preset ranges to quickly expose particular anatomical structures
Easily segment and threshold scans with the HU pointer providing HU readouts on hover
Analyse soft-tissue and skeletal mass distributions with a Hounsfield Histogram
FeaturesLiteProSurgical
Enhance scans with full brightness, contrast and opacity settings
Label areas of interest with 2D Annotations in all three axis
Highlight areas of interest in 2D with Circle, Line & Freeform Drawing tools
View your 2D annotations in 3D with floating labels
Convert 2D drawings to 3D volumetric drawing in the volumetric model
Set an origin point and view cursors X,Y,Z co-ordinates for precise interactions

FeaturesLiteProSurgical
Make Point-to-Point Measurements on 2D slices
Measure area & perimeter with closed polygon drawing on 2D slices
Measure area, diameter and perimeter with the 2D circle tool
Save 2D & 3D measurements & drawings to new DICOM file
Measure multiple angles in 2D slices
3D Point-to-Point Measurements (done in 2D planes & calculated/shown in 3D)
3D Angle Measurements
3D Volumetric Measurements (create volumes of interest & calculate volume)
FeaturesLiteProSurgical
‘Cut’ into the 3D volumetric model in the three axis to view anatomy
Immersively zoom into the patient-specific anatomy and rotate the model to view internal structures
3D to 2D transposition – mark an area of interest in the 3D view and it will appear in the relevant 2D slices
Advanced movement controls – set the sensitivity of panning, zooming and rotation for more control
Immersive Camera – move an internal camera as well as the model for a full 360* internal view
Hot key mapping for Surgical users provides full personalisation and faster workflows

FeaturesLiteProSurgical
Select destination folder for screenshots and video recordings
Take screenshots of individual 2D slices using Quick camera icon. Output as PNG
Take screenshots of the 3D model using Quick Camera icon. Output as PNG
Screenshots include measurements/markup overlaid on raw DICOM data
Take video recording of 2D slices by holding down Quick Camera Icon and scrolling through
Take video recording of the 3D model using Quick Camera Icon & then manipulating model
Image previews in the Media Tab with ability to quickly click to enlarge and view in app
FeaturesLiteProSurgical
Share RAW DICOM file via Email (requires acknowledgement of consent)
Save your 3Dicom session capturing exact model position, density values and all edits
Remote collaboration features for telehealth applications and multiple user viewing/control
PDF Report reading & creation
Ability to quickly share the image previews in the Media Tab via Email
FeaturesLiteProSurgical
Extract the most from DICOM files with the ability to view all DICOM metadata
Anonymise DICOM files for sharing with patients and/or research purposes