Making Patient-Specific Surgery Faster, Smarter, and Scalable

Imagine a world where every procedure is guided by high-fidelity, patient-specific 3D insights. Axial3D transforms standard medical imaging into actionable data to power personalized surgical workflows.

Purpose-built for global medical device companies , our FDA-cleared, AI-driven platform enables you to scale patient-matched solutions with confidence and speed.

Bridging the scalability gap

The path to delivering patient-specific solutions at scale is often limited by manual workflows, fragmented tools, and resource constraints. Axial3D replaces labor-intensive processes with a cloud-native platform built to automate, standardize, and scale.

Optimize Joint, Spine, and Trauma portfolios

Precision for Structural Heart, Vascular, and Congenital Cases

Power your robotic platform with accurate, patient-specific 3D data

patient-specific workflows for soft tissue modeling, planning, and procedural guidance

Support your patient-specific CMF portfolio with reliable 3D anatomical data

Why Leading Medtech Companies Choose Axial3D

Cloud-Based Architecture

Connect anywhere and facilitate scalable infrastructure, ensuring efficient resource allocation under increased demand.

AI-Powered Automation

Connect anywhere and facilitate scalable infrastructure, ensuring efficient resource allocation under increased demand.

Tailored Workflow and Tools

Configurable to your application, ensuring seamless integration with your workflow management platform.

AI-Powered Automation

HIPAA/GDPR compliant, ISO 13485 & 27001 certified, and FDA-cleared with a PCCP—enabling faster deployment of custom segmentation without added regulatory burden.

Transform Your Patient-Specific Workflow Today

Unlock faster planning, precise implant selection, and custom surgical solutions with Axial3D’s AI-powered software and services

FEATURED Webinar

Driving the Evolution of Patient Specific Care

In this episode of Patient-Specific Conversations, Rory Hanratty speaks with Rick Swanson of Onkos Surgical about how patient-specific solutions and 3D technology are transforming orthopedic surgery through close collaboration between surgeons and engineers.