Easily extracts cerebral blood vessel by proprietary subtraction algorithm, using pre- and post-contrasted images.

Superimposes images of differing or identical modalities (e.g., T1+DWI, CT+MRI) with calculation functions(addition, subtraction, etc.) between the images.

Displays original CT and PET images and fusion images of axial, sagittal and coronal cross-section. All images are interlinked. Also allows users to display MIP images and measure SUV of PET data.

Use with bulls-eye maps enables clear imaging of the relative positions of the coronary artery and areas where infarction is suspected.

Calculates and displays mapping of CBV, CBF and MTT from MR image data.

Calculates and displays mapping of CBV, CBF and MTT from MR image data.

Instead of examining specific slices, this software allows global, three-dimensional analysis of the entire brain.

Examines detailed teeth roots from arbitrary direction using
orthogonal planar.

Extracts coronary artery automatically, evaluates post-extraction status, and measures stenosis site.

Automatically and accurately calculates ejection fraction, myocardial motion, and wall thickness, and displays bulls-eye maps.

Evaluates calcification in coronary artery.

Displays whole-heart coronary 3D image, supports curved MPR, angiographic view, and partial width MIP (PWMIP), and visually calculates and evaluates vessel stenosis, area and length.

Automatically and accurately calculates left ventricular volume and ejection fraction, myocardial motion and wall thickness from MR data, and displays bulls-eye maps.

Traces endocardium and epicardium, and displays intensity per segmentation in bulls-eye maps.

Quantitatively analyzes myocardial blood flow for assistance in diagnosis of ischemia.

Calculates and graphically displays blood flow velocity in each ROIs.

Provides volumetric lung emphysema measurements with visual analysis of the lumen of bronchial tube and the radius of the bronchial wall.

Quantitatively and visually evaluates size, composition and form of lung nodule.

Semi-automatically extracts hepatic vein, portal vein, and inferior vena cava to evaluate volume of hepatic parenchyma.

Provides automatic fly-through search and synchronized bi-directional observation (e.g., supine/prone position).

Almost automatically measures visceral fat and subcutaneous fat and graphically displays temporal changes.

Creates virtual echo image by setting probe on 3D image.

Two-click pathline and contour automatic detection of the vessels.

Analysis of the left ventriculograms. Two-click automatic pathline and contour detection of the coronary arteries.