AI-driven
medical imaging
in your web
browser

CRANIUM
REN
COR
Transform DICOMs into
patient-specific 3D models In minutes
Medannot

Built for Healthcare Professionals by Healthcare Professionals

Designed with
intuitive functionality
for radiology labeling

Designed with intuitive functionality for radiology labeling

Medannot is an AI-driven collaborative platform for radiology annotation and 3D surgical planning. From annotating and segmenting 3D medical scans to creating patient-specific 3D models, Medannot covers physicians across departments, as well as AI teams building datasets and training AI models.

As a cornerstone of the AI revolution in healthcare, Medannot enables diagnostics across all areas of the human body and swiftly generates precise 3D models from medical images, enhancing surgical planning and improving patient outcomes for hundreds of millions of surgeries performed annually.

Experience the efficiency of Medannot platform, a purely web-based solution with centralized cloud computing. No installation required—run it on any computer and generate models from medical scans in mere seconds to minutes, not hours.

Designed with intuitive functionality for radiology labeling
Cardiovascular Center OLV Aalst
ORSI Academy
UZ Gent
Powerful Medical
Advantages

Major Advantages Setting Our Platform Apart

Web
based

Runs on any computer with no installation required

Versatile
and
reliable

Import and train custom AI models for reliable automatic segmentation

AI

Create your own AI model with zero coding experience

Data Security

Focus on security and MDR/FDA compliance

Cloud
based

Hosted in the Cloud, but easily hostable On-Premise

Collaborative

Assign roles, collaborate and review from anywhere

VR

VR environment for real-time interaction with 3D models

Super
fast

Generate 3D models in seconds with robust cloud computing

AI driven use cases
Radiologic diagnosis
3D modeling
3D surgical planning
Radiomics
Radiologic diagnosis

Radiologic diagnosis

Developing diagnostic AI

Used for building any AI for any structure, saving weeks of work and several FTEs by using our platform, training custom AI models within the platform in a no-code/low-code environment, and utilizing continuous AI learning to automate segmentations.

Used by medtech companies, AI teams, and universities for building 3D datasets for diagnostic AI and 3D modeling.

3D modeling

3D modeling

3D modeling for surgical planning

Used for improving patient outcomes by reducing surgery duration and complications, lowering costs through better surgical planning and execution, and enhancing patient consent and education.

Used by hospitals, offering a unified solution for physicians and surgeons across all departments.

Used by AI teams and universities, combining data annotation and 3D modeling into a single solution for researching 3D structures.

3D surgical planning

3D surgical planning

Automatic Renal Segmentation for 3D Modeling and Perfusion Management at the Ghent University Hospital in Belgium

Using advanced algorithms, the platform creates detailed 3D models of renal structures in seconds, surpassing previous methods.

These models offer a comprehensive understanding of kidney anatomy, crucial for diagnostics and research purposes.

By leveraging Medannot’s advanced AI for automatic renal segmentation and 3D modeling, the hospital enhances diagnostic accuracy, treatment planning, and research capabilities.

Radiomics

Radiomics

Semi-Automatic Segmentation of Epicardial Adipose Tissue at the National Institute of Cardiovascular Diseases in Slovakia

The study explored the correlation between epicardial adipose tissue (EAT) volume and atrial fibrillation recurrence. Using Medannot’s advanced AI algorithms, researchers efficiently segmented and quantified EAT in cardiac CT scans, yielding essential high-precision data.

Medannot’s platform enabled precise analysis and segmentation of complex radiological data in a fraction of the usual time, highlighting AI’s significant role in medical diagnostics and research.

Automate your workflows

Automate your workflows
313
million
surgeries performed every ear
4.2
million
deaths within 30 days of surgery
3
RD
after heart disease and stroke

Why it matters

Enhanced surgical planning and execution results in quicker procedures, faster recovery times, better patient outcomes, and cost savings.

Labeling

Powerful and Precise Tools
Made Simple

Advanced features
tailored to the needs
of medical professionals

Our platform provides intuitive interface for viewing and manipulating volumetric medical images.

It features multiple projections and slices, alongside advanced tools specifically designed to meet the needs of medical professionals.

AI Training

Accelerate Annotations
from Hours to Seconds
with the Power of AI

Advanced pipelines
for scientists

Use our models, train your own, or use your models
from different platforms. Collaborate with your
colleagues, working from anywhere,
on any device.

Clinicians
Technicians
01
Upload DICOM
Just drag and drop your DICOM file
02
Run AI
Choose an AI model and let it do the work
03
Get the 3D model
Your surgical planning model is ready
Step 1
Step 2

Our Models AI

Our Goal is to Train The Entire Human Body

We are currently
working on...

Esophagus
Spine
Heart Chambers
Cranium
+ Mandibula
+ Maxilla
+ Vertebrae
Aorta
Aorta 12 Parts
Left Atrium
Spleen
Pulmonary leasions
Pancreas + Tumor
Colon Cancer
Kidneys + Tumor
Liver + Tumor
Coronary Arteries
Spleen
Pulmonary leasions
Pancreas + Tumor
Colon Cancer
Kidneys + Tumor
Liver + Tumor
Coronary Arteries

Our Goal is to Train The Entire Human Body

We are currently
working on...

Esophagus
Spine
Heart Chambers
Cranium
+ Mandibula
+ Maxilla
+ Vertebrae
Aorta
Aorta 12 Parts
Left Atrium
3D Modeling

Precision Surgical Planning Enabled by Accurate 3D Anatomical Models

Create patient-specific 3D anatomical models
in minutes

3D models revolutionize surgical planning and training, saving time and improving patient outcomes. Create patient-specific 3D models from any DICOM image in minutes, on any device, in your web browser. No installation required.

Import

Simply drag and drop your STL
files and labels into Annotator.
Compare changes between
different patient scans over time.

Export

Directly download your 3D model
from the segmentations panel
as an STL file. Interact with it in VR
or on your mobile device.

Virtual Reality

a New Dimension of Interaction

ROI LC RC

Experience a New Dimension of Interaction with Your 3D Models in MedannotVR.

View, label, edit and inspect structures in virtual reality while collaborating in real-time with colleagues.

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Get in touch

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