Products

Annalise Enterprise CXR is an AI clinical decision-support solution for chest X-ray, assisting clinicians to interpret CXR studies by detecting up to 124 findings. It acts as a second pair of eyes ...

qXR detects abnormal chest X-rays, then identifies and localizes upto 29 common abnormalities. It also screens for tuberculosis. **In the US, FDA 510(k) clearance only for facilitating confirmation ...

To detect tuberculosis-related abnormalities in posterior anterior chest X-rays, Delft Imaging and Thirona developed CAD4TB™. This computer-aided detection software takes a single chest X-ray as its ...

It assists bone age assessment based on a child’s hand X-ray image. A customized report of bone age assessment is automatically generated.

BoneXpert analyses an X-ray of a child's hand automatically, without any interference from a human. The main result is the Greulich Pyle bone age - TW2/3 bone ages can also be given. BoneXpert also ...

PANDA sofware provides an automated method to estimate pediatric bone age, monitor child growth and development from digital X-rays of the hand.

RBknee can automatically detect findings relevant for radiographic osteoarthritis, and provide a secondary capture and a structured text report with findings and conclusion.

IB Lab SQUIRREL is a radiological image processing software that aims to support physicians in the assessment of spinal morphology and scoliosis evaluation using frontal radiographs of the spine, ...

ChestEye Quality is an automatic Quality Assurance (QA) chest X-ray solution. It automatically double-reads all chest x-rays, by analyzing radiologists' reports and comparing them with AI analysis of ...

**Currently only available with GE Healthcare systems.** Critical Care Suite, powered by Edison, is a collection of AI algorithms for automated measurements, triage and quality control embedded on ...

IB Lab’s diagnostic support tool LAMA uses deep learning technology for automated measuring of leg geometry to evaluate lower limb deformities, such as leg or lower extremity length discrepancy and ...

The red dot® algorithm is based on deep learning models. The training process teaches the algorithm to both classify a CXR and localize its findings. This localization is rendered through heatmaps ...