TOSHIBA: ARTIDA

Accurate, Reproducible Cardiac Quantification

• Flagship system for dedicated cardiology
• Live 3D, including world's first and most robust 3D wall motion tracking
• Easiest to use Live 3D imaging system in the market

Clinical Applications

• Wall Motion Tracking

For the first time, LV volume and function can be anayzed in one cardiac cycle with 3D Wall Motion Tracking.

• 3D Wall Motion Tracking is just 3 clicks away.

For left ventricular assessment you need sophisticated technology that is easy to use and shortens your time to a confident diagnosis. Artida's 3D Wall Motion Tracking, a world's first, fits the bill. With just three clicks, Artida delineates the myocardial wall, calculates motion in quantitative, reproducible numbers and then provides stunning visualization.

• 2D Wall Motion Tracking

2D wall motion tracking can be used to look at the transmural myocardium and is achieved with just three clicks.
Inner and outer portions of the left ventricle can be viewed separately or transmurally.
2D tracking of the trans mural myocardium is sensitive to the effects of myocardial ischemia and can assess subendocardial function.

• Triggered Volumes

Triggered imaging uses several heartbeats and stitches them together to form a full volume. The advantage of the triggered imaging is higher volume rates and better temporal resolution.

• Real-Time Acquisition

Live acquisition mode gathers the entire left ventricle at once which results in no stitching artifacts and can be used with arrhythmia patients. View demonstration.

Integrated Efficiency

Do it in your style with iStyle

Toshiba’s unique and innovative iStyle package, Artida brings new levels of efficiency and convenience to your daily clinical practice.

Customizable Keyboard

Virtually all buttons on Artida’s console and Touch Command Screen can be reassigned to suit your specific requirements, resulting in better reach, fewer keystrokes and a shorter learning curve.

SmartFocus Transducers

Toshiba’s transducers are designed to minimize operator stress and increase efficiency.