Skip to main content

Meet us at:MICCAI, Strasbourg | EUROSPINE, Gothenburg

Get in touch
Robotic arm beside a 3D view of tracked robots over patient anatomy

Overview

Advanced robotic toolbox for medical imaging and surgical navigation

Building blocks for real-time robotics

We provide building blocks for real-time medical and industrial robotic applications. Native support for sensor integration, image-based navigation, and interventional guidance helps you prototype, validate, and deploy robotic solutions faster.

Prototype, reproduce, and upgrade without starting over

A single installer gives you robot and sensor integrations, visualization and calibration tools, and methods in AI, computer vision, and medical imaging.

Highlights

Explore what you can do with the Robotics module

Multiple robotic arms sharing a common ImFusion control scene

Robot and sensor integration

Uniform APIs expose the full capabilities of popular robotic arms, including native Cartesian control, while abstracting differences between devices. Bindings keep you aligned with ROS and NVIDIA Isaac.

  • Uniform APIs across supported robotic arms
  • Native Cartesian control strategies
  • Stable bindings for ROS and NVIDIA Isaac
Robot-held ultrasound probe scanning along a planned trajectory

Robotic ultrasound toolbox

Native utilities for recording ultrasound images using the robot as a tracking device, and for planning trajectories on clinical data, including a force controller compatible with cobots so you can keep contact and probe direction in challenging scenarios.

  • Record ultrasound with the robot as the tracker
  • Trajectory planning on clinical data
  • Cobot force controller for contact and probe direction
Hand-eye calibration view of a robot and attached sensor

Calibration and ROS

Built-in hand-eye calibration between a robot and an RGB or RGB-D camera, an optical tracking device, or an ultrasound probe. Use ROS message serialization without installing ROS first — including on Windows — with an abstraction layer that stays compatible with ROS 1 and ROS 2.

  • Hand-eye calibration (camera, tracker, ultrasound probe)
  • ROS 1/2 abstraction, ROSBag read/write, ROS-O on recent Ubuntu
  • MoveIt integration without forcing an immediate migration

Demos

Video tutorials

  • Discover the fastest path to robotic ultrasound with ImFusion Suite

  • ImFusion Suite Robotics Module: advanced intra-operative navigation with robotic ultrasound

  • Complex workflow made simple: robotic ultrasound for intra-operative navigation

Expand the ImFusion SDK with the Robotics module

and accelerate your project development

Request a demo

Get a technical walkthrough of the platform to see our key workflows in action and assess fit.

Product Demo

In a product demo, we show you how the ImFusion Suite, SDK, and ImFusion Labels support medical imaging and data annotation workflows. We focus on the capabilities relevant to your application and discuss directly how our technology could fit into your product or support your use case.

  • See integration points mapped to your specific tech stack
  • Identify bottlenecks before committing development resources
  • Validate data format compatibility and transformation requirements
  • Get immediate answers from engineers who built the system