S60 system enhances flexibility and intelligence to a new level. Stable as ever, S60 improves its signal transmission and reception processors which leads to higher sensitivity and more accurate echo detection. What’s more, S60 is equipped with a wide range of transducers which adopt innovative technologies and therefore promises a confident diagnostic experience. Consistent quality performance across applications.
Enhanced with advanced imaging architecture and probe technologies, the system enlarges diagnostic capacity and quality across a wide range of applications
μ-Scan uses realtime image processing algorithm to eliminate speckle and noise artifacts, enhancing tissue margins and borders by correcting discontinuity between different regions.
Spatial Compound Imaging utilizes several lines of sight for optimal contrast resolution, speckle reduction and border detection. Is ideal for superficial and abdominal imaging with better clarity and improved continuity of structures.
Acquisition of fully automatic Fetal Biometries (Available with BPD / AC / HC / FL / AFI / PL)
Automatic measurements and reports
• More intuitive and realistic flow imaging
• Improved spatial resolution of vascular networks
• Several renderings for displaying different vascular information
It allows to delete the structures that interpose themselves to the profile of the fetal face.
• High sensitivity with directional information
• Detection of micro-vascularization and weak flows
• More realistic hemodynamic flow
The adaptive Matrix E filter effectively distinguishes the blood flow of individual tissues, artifacts and flows at low speed
The algorithm helps to visualize the low blood flow in a stable and continuous way
Applies a virtual light source and advanced rendering technology that simulates the realistic skin effect.
• Rapid volume acquisition in 8-12 seconds
• Beat detection for fetal anatomical structures
• Useful diagnostic tool for fetal heart disease
It allows to observe the internal anatomical structure of any volume previously acquired automatically.
Real-time 3D imaging (4D) can intuitively show the three-dimensional structure in real time, together with the transverse and coronal planes of the various structures that we would normally not be able to acquire with 2D transducers.
It automatically removes soft tissues to better visualize the fetal skeleton by adding a dedicated S-Depht map.
Inversion 4D provides a more in-depth evaluation of vascular and / or cystic structures by creating a three-dimensional volume of the anaechogenic structure.
Color map show the different depth.
Visualization of volumes in axial tomographic modality.
It allows to observe point-to-point the Coronal plane simultaneously with the acquisition plane and the transverse plane.
It allows to automatically measure the nuchal translucency.
It allows you to calculate the number and volume of follicles automatically and quickly
Software for the analysis and quantification of second generation MdC.
Elastography is a brand new non-invasive imaging technology. It allows the qualitative display of the elasticity of tissue according to a colorimetric scale chosen by the user. It allows to quantify the relationship between the region of interest (ROI) positioned on the suspected lesion and the surrounding tissue.
Up to 3 M-Mode lines displayed simultaneously and angled according to the needs of the operator
Automatically calculates the ejection fraction of the left ventricle through the automatic trace improving efficiency, accuracy and repeatability of cardiac examination.
HD-Flow. With Dynamic Color the sonographers can easily see in detail very small veins and slower velocities for detailed blood flow.
Automatically identifies the intima and measures the thickness, improving the efficiency, accuracy and repeatability of the examination.
Real-time panoramic imaging allows visualization of larger anatomical structures than the transducer. The operator starts the sw and moves the transducer along the area of interest and the machine alligng the acquired images.
With PHI The harmonic signals are fully preserved without degradation of the acoustic information, which makes it possible to have high-level image in the visualizing of small lesions.
TDI can obtain information myocardial velocity, direction and time so as to analyze cardiac function more intuitively. TDI allows you to quantitatively evaluate local myocardial motion, observe myocardial velocity of different cardiac part and estimate whether there is a local lesions, as well as evaluate the early diastolic function.
It allows to widen the field of view of linear transducers.
Stress echo is used to diagnose coronary heart disease, evaluate coronary reserve function and myocardial ischemia, and estimate myocardial viability, providing valuable diagnostic information for PCI&CABG.
By emphasizing the visualization of the needle, it increases the safety and accuracy of biopsy procedures and other interventional procedures including nerve blocks and vascular accesses.