3DICOM R&D
Revolutionize learning and fast-track innovation!
TRANSFORM medical education with 3D teaching resources. 
ACCESS unlimited 3D anatomical and pathological cases.
SHARE 3D models and enhance communication across teams.
COLLABORATE with 3D CAD viewing and manipulation capabilities.
LEVERAGE automatic segmentation and rapid prototyping tools. 
Trusted by over 5,500+ patients, researchers and practitioners.
What’s Included
3DICOM is trusted by the following partners:
Transform Education
ADD ANOTHER DIMENSION
to medical education!
Transform 2D images into 3D models to make anatomy and pathology education more dynamic, engaging, and diverse—preparing students for real-world practice.
Transform medical education with immersive 3D learning. Using 3DICOM R&D and open-source DICOM libraries, convert 2D images into interactive 3D tools that replace cadavers, offering students access to diverse anatomy and real clinical cases. This approach ignites curiosity, boosts retention, and prepares students for real-world challenges.
Create lesson content offering real-world medical insight!
With the ability to create and save 3D imaging sessions, educators can leverage 3DICOM R&D and open-source DICOM libraries to design immersive 3D teaching resources complete with measurements, annotations, and CAD objects, to give students hands-on exposure to diverse anatomies, clinical cases, and treatment scenarios—preparing them for real-world medical challenges.
Prepare students for the future with real-world imaging tools and AI.
3DICOM R&D gives students hands-on experience with real-world DICOM tools, providing a realistic introduction to the tools used in clinical practice. Combining this with advanced innovations like AI, students can explore emerging practices, building practical skills to prepare them to excel in the evolving healthcare landscape.
Collaborate Efficiently
COLLABORATE
for faster innovation!
See how 3DICOM R&D can boost teamwork and innovation with tools that enhance real-time and asynchronous collaboration and streamline complex medical solutions.
Coordinate better—live or on your schedule.
With 3DICOM R&D’s advanced collaboration tools, multidisciplinary teams can work seamlessly through voice, text, and shared sessions including detailed 3D models, measurements, annotations, supplementary notes and files to enhance communication and coordination, making it possible for teams to tackle complex medical challenges in less time, and expedite innovative solutions.
Equip teams for seamless collaboration and file sharing.
Enable seamless, anytime-anywhere access to essential files for enhanced collaboration. With 3DICOM R&D’s Online Viewer and All Files feature, surgeons, academics, and engineers, have the flexibility to access and share medical imaging files effortlessly across departments, facilities, and even continents— on any device (mobile, computer, tablet) with an internet connection.
Collaborate across fields with 3D CAD tools for precision.
With 3DICOM R&D’s CAD viewing, manipulation and sharing capabilities, multidisciplinary teams of surgeons, academics, and biomechanical engineers can overlay, scale, and position CAD files on real patient anatomy models and share those models —complete with markups, overlays, clinical notes, and .OBJ and .STL design files, to provide clarity on complex medical procedures.
PUSH THE BOUNDARIES
of medical research!
Propel medical research with advanced AI tools that optimize patient-specific solutions and streamline design processes.
Expedite implant design R&D with AI-driven precision.
With 3DICOM R&D, you can harness patient DICOM data and a powerful library of Generative AI models like Relu to create patient-specific implants. Medical researchers and academics can use AI to automatically identify and populate model areas, generating custom implant solutions that can be easily exported for further R&D and prototyping.
Streamline R&D workflow with automated segmentation.
With access to automatic AI 3D model segmentation in 3DICOM R&D, specialists can quickly isolate anatomical structures, to save time and enhance accuracy, to create more time for deeper analysis. And efficiently create precise 3D models, essential for personalized treatment, research, and medical education.
Create design files ready for 3D printing, in a snap!
Exporting design files for 3D printing from 3DICOM R&D is simple and efficient. With just a few clicks, 3DICOM R&D’s users can convert segmented patient-specific models and anatomical structures into print-ready .STL and .OBJ design files. This streamlined process saves time and ensures precision, making 3D printing accessible for medical research, education and prototyping.
Frequently Asked Questions
You’ll find answers to some of our most common questions below, to help you understand how 3DICOM R&D can fit into your current workflows.
Unlock the full value of your medical imaging
Sign up today or try the FREE demo to experience the difference for yourself.
- For a full list of software inclusions and a comparison of features across 3DICOM products, please refer to the Pricing page. ↩︎
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