
AXCEL by Axial3D is a configurable software platform that transforms medical images into accurate 3D models and automates manual tasks like landmarks, measurement, design. Built for scale, AXCEL helps medtech teams accelerate development and deliver personalized care at scale.
Helping medtech companies
drive the future of personalized care




3D Surgical Planning
Navigation and Robotic Surgery
Guides and Implants
3D Models for right sizing
Built to Scale
Your Patient-Specific Solutions


Configurable,
built-to-suit
Built specifically for your existing or future workflows and your unique application.


Rapid development time for swift deployment
Empowering you to achieve more while reducing time to patient care


Faster turnaround time
Automatically convert your DICOM data into 3D using AI-powered segmentation

Bespoke solution with modular components that can plug in to your existing workflow and help facilitate the transition to a more efficient, scalable solution.

Image Acquisition
Effortlessly transfer, process and store DICOM images in our AWS cloud platform

Segmentation
Fast, accurate conversion of DICOM images into high quality mesh files

Landmarking
Rapid identification of anatomical and device-specific landmarks

Surgical Planning
Extract clinically relevant information from 3D files

Device Design
Automate the creation of patient specific instruments

Surgical Plan Approval
Easily collaborate with surgeons for approval of the device
How it works
Our process begins with a Discovery phase, where we work closely with your team to understand your specific needs, business challenges, device design, and constraints. This helps shape a tailored initial proposal. In the Alpha phase, we collaborate to define requirements, SLAs, integration strategies, and limitations, providing a detailed roadmap and cost analysis. During the Build phase, we work iteratively to customize our technology to seamlessly fit your workflow, device, and end users.
Benefits of
Axial3D AXCEL
- Cloud-based for easy accessiblity
- Automated for reduced manual work
- Consistent 3D data with AI-powered algorithms
- Customizable components