Application: Medical Use

Features: The second-generation differential harmonic imaging technology --- the best matched double fundamental wave emission and higher sound beam density bring better penetration and fine resolution.

The third generation of ADF dynamic blood flow imaging-combined with a higher-speed information processing platform, brings a comprehensive improvement in imaging quality.

2D wall motion tracking technology
2D wall motion tracking technology, free of traditional tissue Doppler analysis technology limited by angle and direction, can quickly and accurately evaluate all myocardium, and get a series of quantitative results and graphics.

MicroPure "Fireflies" Technology
Canon's unique imaging technology, using unique image processing technology, significantly improves the display capabilities of micro-calcifications. It can automatically detect tiny calcifications in breast tissue. Since malignant calcifications are one of the most reliable signs in breast cancer diagnosis, this technology has very significant clinical significance in the diagnosis and interventional treatment of breast diseases, and supports real-time dual-frame contrast display And puncture guide.

HD Obstetric 4D Imaging
Aplio400 high-end platform provides a complete obstetric solution. The high-definition image rendering engine greatly improves the acquisition rate of tissue volume information, increases the detail resolution of volume imaging, and can be used in combination with Canon's advanced imaging technology to further improve 4D imaging capabilities.
 
Vascular Recognition Imaging (VRI)

Using ultra-low mechanical index contrast imaging technology, it can simultaneously display the information of vascular blood flow and contrast agent perfusion. Contrast agent perfusion is displayed and distinguished in three different colors simultaneously. Contrast agent perfusion of larger vessels is directionally displayed with red / blue colors, and perfusion of microvessels is displayed with high resolution in green colors. The display of the contrast agent Wash in / Wash out achieves a better effect, which can observe the direction of the blood vessels around and inside the tumor in a directional manner, which is conducive to the judgment and analysis of tumor neovascularization. The simultaneous display of the two-dimensional tissue imaging and the contrast agent perfusion conditions is extremely conducive to the observation of small lesions and avoids missed diagnosis of small lesions.

4D contrast imaging
The combination of high-definition imaging technology and 4D imaging technology has opened up new areas of contrast agent application. 4D contrast imaging can comprehensively and intuitively observe the distribution of the surrounding and internal blood vessels of the lesion, providing imaging basis for clinical diagnosis, treatment plan formulation and postoperative evaluation.

Quantitative Contrast Analysis (CHI-Q)
Aplio400's quantitative imaging analysis software can provide accurate quantitative analysis data of contrast agent perfusion for conventional contrast imaging and scientific research. The original imaging data storage of the contrast imaging and semi-automatic ROI tracking technology facilitate on-line and off-line quantitative analysis for tumor treatment. The efficacy evaluation provides a more reliable method.

SMI ultra-micro blood flow imaging
SMI (Superb Micro-vascular Imaging) is an innovative ultrasound low-speed blood flow imaging technology introduced by Canon, which makes it possible for ultrasound to clearly display the microcirculation. SMI has the characteristics of high imaging frame rate, good real-time performance, high spatial resolution and blood flow sensitivity, and few motion artifacts. SMI has "see, never seen before", seeing details and information that are difficult to see using traditional color Doppler imaging technology, greatly enhancing confidence in clinical diagnosis and will change the existing clinical ultrasound diagnosis process.

FlyThru Endoscope Navigation Technology
Based on Aplio's advanced digital imaging platform and 3D imaging technology, your field of vision can fly freely through the lumen, catheter or blood vessel, which is completely similar to virtual endoscope, allowing you to intuitively explore lesions, endogenous properties, and the patency of the pipeline. it can
Guide you through interventional procedures, placement of stents, and more.

Time of Arrival Imaging (Parametric MFI, P-MFI)
Time parameters can be integrated into high-resolution radiographic images. Color coding is performed according to the different perfusion time of the contrast agent, so that the perfusion time of different contrast agents can be displayed in the static contrast image, and the change of blood flow in the lesion can be visually displayed.

The unique four core technologies of the Aplio Platinum series have improved the product performance. The signal processing speed is increased by 47%, and the image resolution and imaging rate are significantly improved, laying a solid foundation for the application of more advanced technologies.