Aplio a 550 Advanced. Integrated. Seamless.

Aplio a550 integrates industry-leading imaging technologies, advanced applications and intuitive controls for the busy clinician. Designed to enhance productivity and throughput while maximizing clinical confidence, Aplio a550 is the ideal system for routine imaging departments. Its extensive selection of advanced applications provides confidence your system will meet a wide range of clinical needs.

Boost your clinical confidence Aplio's powerful imaging technologies provide you with better image quality with reduced clutter, strengthened signal and improved visualization. Aplio a-series’ unique aBeam architecture provides the capability to ensure that all of Aplio's unique imaging technologies work together seamlessly for greater uniformity across all applications. Precision+ offers outstandingly smooth images with sharpened outline of lesions, enhanced image uniformity and reduced clutter. ApliPure+ compounding delivers increased imaging contrast and reduced speckle noise to improve visualization....

Better diagnostics starts here Designed to increase efficiency, the system’s lightweight transducers feature outstanding clinical versatility, ergonomic shapes and thin, super-flexible cables. Aplio a550 is compatible with a wide range of transducers from across the Aplio product range, ensuring high productivity while helping reduce cost for specialty probes. Differential Tissue Harmonics provides harmonic images of unsurpassed spatial r esolution, alongside greatly enhanced penetration. Aplio’s wideband transducer and signal processing technology delivers outstanding sensitivity, penetration...

SMI’s level of vascular visualization, combined with high frame rates, advances diagnostic confidence when evaluating lesions, cysts and tumors. Color-coded SMI allows you to depict flow and greyscale information with high temporal and spatial information simultaneously.

Seeing the unseen Experience color flow imaging with unmatched detail and definition on Aplio a550. Superb Micro-vascular Imaging (SMI) expands the range of visible blood flow to a level of detail never before seen with diagnostic ultrasound. Exclusive iSMI now also allows you to image larger regions of interest without a reduction in frame rate. Traditional color Doppler imaging (left) removes clutter from the images by suppressing low-velocity components, resulting in a loss of flow in tiny vessels. SMI (right) separates flow from overlaying tissue motion effectively, while preserving even...

Increase your confidence, expand your capability Aplio a-series' suite of advanced imaging and quantification functions provides the metrics to help you quickly diagnose with confidence. Combined with tools for early detection and reliable characterization of lesions can help you optimize your patients’ clinical pathway. Canon Medical Systems’ shear wave technology provides a quantitative measure and realtime display of tissue elasticity in a variety of clinical settings ranging from abdominal to small parts examinations.

Smart Maps help you visualize and quantify shear wave p ropagation in realtime. Aplio’s unique propagation map is a powerful and intuitive tool to visually assess the quality of an elastogram. The system’s comprehensive strain elastography suite with raw data functionality assists you in localizing and assessing palpable masses with high accuracy, sensitivity and reproducibility. Aplio’s comprehensive CEUS imaging and quantification package allows you to assess perfusion dynamics in a wide range of clinical settings, including an ample variety of specialized exam

Ukmtt Iaxutt Smart Fusion merges realtime ultrasound with previously acquired CT, MR or ultrasound data, allowing you to identify and compare lesions with ease and to navigate complex anatomy confidently. For comprehensive evaluation, Smart Fusion allows you to work in multiple imaging modes, including color Doppler and CEUS. The concise quad display shows the live ultrasound image in sync with multiple views of the pre-loaded data.

Aplio a-series is compatible with a variety of needle guides with multi-angle or free angulation capability, either using brackets or directly mounted on the transducer to ensure easy handling with high p recision and minimal blind zone. angle sync position sync Merging modalities to improve visualization Better intercostal access On Aplio, merging two modalities for synchronized display is a simple and quick two-step process. Intelligent target and marker points facilitate navigation in the region of interest. Aplio’s thin convex transducers are ideally suited for intercostal scanning. The new...

Exceptional detail for a more precise diagnosis Both the busy clinician and the patient can benefit from high-resolution 2D imaging and volumetric ultrasound. Aplio’s comprehensive volume imaging suite extends your diagnostic capabilities into the next dimension of imaging with extraordinary image quality and uncompromised workflow. Doppler Luminance provides a homogeneous, easy-to-interpret color display with high accuracy and rich detail, even in the smallest vessels. Doppler Luminance offers high frame rates while maintaining full B-mode image quality. Luminance offers natural-looking 3D renderings...

Accurate quantification, regional myocardial function Functional assessment is at the heart of cardiovascular imaging. By providing valuable additional information in easy-to-understand visual, parametric or quantitative formats, Aplio’s advanced clinical functions can help you get your diagnostic answer faster and more reliably. Aplio’s clinical protocol assistant provides a reliable method to ensure that complex exams are done consistently patient after patient. Once activated, a clear, easy-to-read menu will guide you step by step through the entire exam. 14 Aplio provides you with high frame...

Supporting standard and user-defined protocols for both physical and pharmacological stress, Aplio offers a comprehensive package for fast and accurate wall motion assessment. Aplio’s advanced Wall Motion Tracking technology provides immediate visual and quantitative access to global and regional myocardial wall motion dynamics. 15