Color doppler ultrasound system Xario series

The Canon Xario Series Color Doppler Ultrasound System uses the platform technology of Canon's Aplio series. It uses a revolutionary high-density architecture to lay the foundation for superior imaging and advanced utility.

High Density Beamforming

 ——The latest high density beamforming technology

Realtime Application 

——Realtime Image Application

High Density Rendering

——High Density rendering image technology

iStyle+Productivity

—— iStyle+Productivity procedure

Excellent imaging technology for transplantation

Differential harmonic imaging technology

Precise imaging technology

Advanced composite imaging technology

Advanced dynamic blood flow imaging technology

Canon's unique harmonic imaging technology will transmit a composite beam which consists of high frequencies and low frequencies simultaneously. It also extracts the differential wave and the second harmonic signal of lower frequency for making image. As a result, it achieves the transmission and reception of harmonics which effectively solve the penetration. The excellent harmonic image is achieved as well as increased the penetration.

Advanced dynamic blood flow imaging technology

 
Advanced dynamic blood flow technology is Canon's classic color Doppler imaging technology. Its high resolution, high frame rate and high sensitivity blood flow imaging are approved and recognized by customers around the world. This technology can perfectly display blood flow information of tiny blood vessels and complex structures. At the same time, the two-dimensional image is very clear. Advanced dynamic blood flow technology has big advantages both for clinical use and application value. It will comprehensively enhances the ability of micro blood flow display.

Equipped with advanced clinical application

Wide field image

Tissue doppler image

HD realtime rendering image

Panoramic image

blood vessel membrane auto measurement

U series probe for full application

  

A full range of probe models, including a variety of phased array, convex array, line array probes, as well as volume, intraoperative, intracavitary, transesophageal and others