Services for Scalable Personalized Surgery​

Internal segmentation workflows require dedicated resources, costly licenses, and valuable team time. For engineering and clinical teams already stretched with manual image processing, this can limit scale. Axial3D provides a scalable service that converts imaging into accurate 3D mesh files, helping medical device, imaging, and robotics companies increase output, support more cases, and expand patient-specific workflows without increasing headcount.

Built to Support you Today.
Designed to Scale.

Start Immediately

Get up and running without building internal infrastructure. Upload imaging data and begin ordering patient-specific 3D models right away, while our team supports setup and execution.

Easy to Use

Designed for clinical, engineering, and commercial teams. No specialized training required, making it simple to request 3D models, review cases, and support surgeons without adding additional work to your team.

Faster turnaround

Convert medical images into patient-specific 3D models quickly using AI-powered service. Reduce your team’s manual work accelerating case support and planning.

3D Modeling Services

Axial3D partners with medical device companies to transform medical imaging into patient-specific 3D models that support custom devices, patient-specific instrumentation, robotics, and navigation workflows. Our services help reduce your team’s manual planning time, improve efficiency and accuracy, and enable personalized care at scale.

How it Works

Image Acquisition

Effortlessly transfer, process medical images in our AWS cloud platform

AI-Powered Segmentation

Fast, accurate conversion of medical images into high quality mesh files optimized for planning, PSI, and navigation

Supporting Your Device Portfolio​ with Patient Specific 3D Data

FEATURED Webinar

Driving the Evolution of Patient Specific Care

Explore how technology is transforming orthopedics in our on-demand webinar, Driving the Next Evolution in Patient-Specific Solutions. Industry leaders discuss the current state of patient-specific care and the role of 3D solutions, AI, and advanced manufacturing in delivering personalized surgical tools, devices, and navigation systems.