Product Features
Advanced Imaging Technology Advantages
Advanced Dynamic Flow ━ Advanced Dynamic Flow Toshiba's newly developed Advanced Dynamic Flow Imaging technology employs wide-band transmit-and-receive Doppler imaging (traditional color Doppler imaging uses narrow-band transmit-and-receive), a breakthrough in terms of imaging principle. It improves the resolution of blood flow imaging, and then undergoes Digital Image Optimization (DIO) processing and Adaptive Image Processing (AIP) to obtain higher frame rate and higher resolution blood flow imaging.
Compound Imaging━ApliPure Compound Imaging
Frequency Compound Imaging simultaneously acquires ultrasound line imaging at different frequency bandwidths, which ensures temporal resolution while the real-time Frequency Compound Imaging further increases the spatial resolution of the ultrasound image and the homogeneity of the entire image field.
Spatial composite imaging
ApliPure uses the principle of real-time composite multi-angle scanning ultrasound image imaging to eliminate mottled noise and other artifacts, improve image uniformity, and enhance the display of the internal structure of tissues and boundaries.
Aplipure composite imaging effectively applies frequency composite imaging and spatial composite imaging separately or simultaneously, eliminating mottled noise and artifacts, and realizing high spatial resolution, high contrast resolution, and homogeneous images in both the near and far fields.
Contrast Contrast Harmonic Imaging ━CHI
Contrast Contrast Harmonic Imaging utilizes Pulsed Subtractive Harmonic Imaging (PS-CHI) technology for real-time perfusion imaging with a low mechanical index. Leveraging a powerful ultrasound platform, Aplio's ultrasound contrast imaging offers the advantages of imaging sensitivity, high spatial resolution, and high penetration. With the frame rate control technology, it is possible to obtain optimal contrast imaging. FRI, scintillation reperfusion imaging technology, also allows repeated observation of a lesion or multiple lesions with contrast perfusion.
Micro Flow Imaging
How to further improve the spatial resolution of contrast imaging and bring ultrasound diagnostics to a new level has always been the goal of ultrasound equipment manufacturers. Toshiba has developed MFI microfibrillar angiography using the latest contrast imaging technology. Taking advantage of the different characteristics of new-generation Sonovue contrast agents at high and low mechanical indices, MFI perfectly combines FR (Flash- Replenishment) contrast scintillation- reperfusion imaging technology and MaxHold maximal contrast intensity hold imaging technology to realize high-resolution microfibrillar imaging, which is especially important for ultrasound equipment manufacturers. This breakthrough in microvascular imaging, especially for the imaging of small blood vessels in the liver, is a breakthrough in the field of ultrasound imaging.
Advanced ACT - Advanced ACT Quantitative Analysis, Powerful
The latest version of Advanced ACT (Advanced ACT) uses the most advanced physiological characterization models combined with pattern recognition technology for endocardial tracing. The system automatically traces the endocardial trajectory by identifying three points on the mitral annulus and the left ventricular apex. On the basis of accurate endocardial tracing, various cardiac function parameters are accurately calculated and time-phase analysis is performed to realize comprehensive left ventricular function analysis, which provides more accurate data for clinical diagnosis. In addition, the advanced ACT technology can also evaluate the spatial motion status of the mitral annulus, which can accurately and efficiently evaluate the motion velocity, displacement and other parameters of the left and right mitral valves in multiple directions, and provide reliable quantitative information for the study of mitral annulus evaluation of diastolic/systolic function, septal/ventricular wall motion incongruity, etc. 3D/4D Imaging
SSA-680 Benefiting from Thanks to Toshiba's pioneering Intelligent Focus Technology in 2D ultrasound, the SSA-680 delivers surprise beams in all three dimensions for 4D imaging, resulting in detailed and uniform 4D images. The new functionality of the 3D/4D imaging software package provides a range of analysis functions and imaging modalities based on high quality imaging, enabling you to make accurate diagnoses interactively in real-time and offline.
19-inch professional LCD monitor
SSA-680A adopts 19-inch high quality professional LCD monitor, which can have the same display effect under any lighting conditions, fully protecting doctors' eyesight. The display with no angle difference and flexible support arm design facilitates the need for consultation and study, and helps communication between doctors and patients.
Data Management, Convenient and Efficient
Multiple File Storage Formats, Flexible Applications
Full-featured DICOM interface supports all DICOM 3.0 protocols.
Patient browser, based on WINDOWS platform design, flexible and simple, powerful.
Hard disk, CD-R and MOD (1.3G) image storage.