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Aplio - Model i900 - Ultrasound Imaging System
Meet Aplio i900. Engineered to help you get the information you need to make confident decisions quickly, Aplio i900 elevates cardiovascular imaging to a new level of imaging precision, diagnostic performance and productivity. From the smallest to the toughest patients, Aplio’s revolutionary iBeam architecture with dramatically increased processing power provides unprecedented imaging clarity and definition while significantly enhancing penetration.
Maximize cardiac ultrasound imaging performanceMany of Aplio’s unique imaging technologies provides you with enhanced image quality by reducing clutter, strengthening signal and improving visualization. Designed for functions to work hand in hand with other imaging modes for superb uniformity across all applications.
Tissue enhancement delivers images of stunning smoothness and clarity with excellent endocardial border delineation, especially in difficult patients.
Flex-M allows you to anatomically adjust M-mode traces from live or stored 2D images with the same quality as in conventional M-mode.
The system’s highly sensitive color Doppler depicts small jets or flow down to the pulmonary vein with outstanding spatial and temporal resolution.
Aplio provides you with high frame rate Tissue Doppler images and Pulsed-Wave-TDI traces for a precise timing of cardiac events in both visual and quantitative formats.
Aplio’s wideband transducer and signal processing technology delivers outstanding sensitivity, penetration and spatial resolution for all Doppler modes.
Trans-esophageal examinations are exceptionally easy and effective with Canon Medical’s wide range of conventional and volumetric TEE transducers with single crystal technology.
The system’s volume matrix transducers enable you to acquire high-quality 4D volumes at high frame rate. A host of advanced tools allows for in-depth assessment of cardiac anatomy and function.
Simple workflow, fast results
Aplio makes handling of 4D data sets easy. For example, at a simple touch of a button, it shows the mitral valve as seen by the surgeon to facilitate visual assessment of the leaflets for surgical planning.
Canon Medical’s ultra-wideband transducers work hand in hand with a whole range of powerful image enhancement technologies to provide outstanding definition and detail many of which reduce noise.
The system’s sensitive color Doppler allows you to depict flow around key anatomical structures of the heart and greater vessels with high resolution and sensitivity while maintaining full image quality for superb visualization of defects.
Aplio allows you to determine the Myocardial Performance Index (MPI) and other timings of a fetal heart based on standard Tissue Doppler, making it a practical tool for advanced imaging with high temporal resolution.
Canon Medical’s dedicated range of transducers provide outstanding imaging resolution which may support your ability to perform a thorough evaluation of congenital heart disease, even in the pediatric population.
A range of TEE transducers are available to provide visualization which may enable you to guide interventional procedures such as the deployment of septal occluders.
Small and lightweight in design, the dedicated matrix array transducer for pediatric application provides data which can be very helpful for in-depth evaluation of complex cardiac malformations in 3D/4D.
Canon Medical`s ultra-wideband transducers deliver outstanding imaging contrast and resolution over an extended range of depths, even in difficult-to-image patients.
TwinView enables you to display B-mode and color Doppler side by side, allowing you to assess morphology and hemodynamics simultaneously.
SMI expands the range of visible blood flow to an impressive level of detail, enabling you for instance to visualize plaque neovascularization right next to vascular flow.