Clinical Specialties & Imaging

MISSO Robotic System is an advanced AI-powered surgical robotic system designed to enhance precision, safety, and patient outcomes in joint replacement surgeries through AI-driven planning, real-time feedback, and precise robotic execution.

The MolecuLightDX is a fluorescence imaging device for real-time, point-of-care detection of elevated bacterial burden in wounds, aiding clinicians in treatment decisions.

Momentum Spine is an FDA-cleared, AI-powered mobile app for radiation-free, remote 3D monitoring of spinal deformities like scoliosis, using smartphone scans to provide objective data for clinicians and patients.

Project MONAI is an open-source, community-driven AI framework revolutionizing medical imaging. It provides an end-to-end ecosystem of tools, including MONAI Core for model training, MONAI Label for intelligent annotation, and MONAI Deploy for clinical integration, empowering healthcare innovation from research to deployment.

Mozi is the next-generation treatment planning solution, combining precision, speed, and adaptability. With built-in patient-specific goals, real-time adaptive planning, and intelligent automated planning, Mozi streamlines your workflow and evolves with future innovation.

Medipixel's MPXA-2000 is an FDA-approved AI software for real-time quantitative analysis of coronary artery angiography images, aiding clinical decisions in cardiology.

The Philips MR 5300 and MR 7700 R11 MR Systems are AI-enabled MRI solutions designed for high-quality diagnostic imaging, enhanced productivity through automated workflows, and improved patient experience with features like helium-free operations and multi-nuclei imaging.

MR Contour DL is an FDA-cleared AI tool from GE HealthCare that uses deep learning for automated segmentation of over 37 organs at risk in MRI scans, streamlining radiation therapy planning for head, neck, and pelvis regions.

Olea Medical's MR Diffusion Perfusion Mismatch V1.0 is an FDA-cleared, AI-driven software for rapid and accurate post-processing of MR imaging data, primarily for acute ischemic stroke diagnosis and treatment planning. It offers automated diffusion-perfusion mismatch analysis, quantitative metrics, and seamless integration into clinical workflows with structured reporting and mobile access. [1, 4, 11, 14, 18]

Olea Medical's MR DWI/FLAIR Measurement V1.0 is an FDA-cleared AI-powered PACS software module for analyzing MR Diffusion-weighted imaging (DWI) and FLAIR images, providing critical metrics for neurological assessment and stroke diagnosis.

Philips MRCAT brain is an AI-powered software for MR-only radiotherapy planning of brain tumors, generating synthetic CT from MRI to eliminate the need for CT scans and streamline treatment workflows.

Philips MRCAT Head & Neck is an AI-powered application enabling MR-only radiotherapy planning for head and neck soft tissue tumors, generating CT-like density information from MRI scans for precise dose calculations and patient positioning.

MRCP+ by Perspectum Diagnostics is an AI-powered advanced biliary visualization software that enhances MRCP images to provide quantitative assessment and improved 3D visualization of the biliary tree and pancreatic duct, aiding in the diagnosis and monitoring of pancreatobiliary diseases like Primary Sclerosing Cholangitis (PSC).

Spectronic Medical AB's MRI Planner is an AI-driven software that generates synthetic CT images from MRI scans, enabling MRI-only radiotherapy planning for brain, head-neck, and pelvic cancers. It is FDA 510(k)-cleared and designed to streamline workflows and improve treatment precision.

MSKai is an FDA-cleared AI-powered software platform that assists physicians and radiologists in the objective evaluation of lumbar spine MRI scans, offering anatomy segmentation, measurement, and customizable reports for enhanced clinical workflow efficiency.