Apogee 5500 ultrasound diagnostic system

Macro-precision Technology (MFI). When using MFI technology, the Apogee 5500 optimizes spatial resolution by eliminating the discontinuity of discrete signals, and also improves filtering accuracy. By eliminating signal distortion and removing unwanted noise, MFI provides excellent image quality, high resolution, clear contrast and maximum penetration depth.United Fabric Harmonica (Fusion THI)

Combining real-time data of various frequency ranges, the technology provides broadband transmission and reception of harmonic waves. High image resolution and deep signal penetration provide additional confidence in the correctness of the diagnosis.Focal tracing.Using point focus in conjunction with aperture control, this feature effectively eliminates side lobes, artifacts, and noise. As a result, a balanced, clear image is achieved in both near and far areas.Broadband radiation emission technology.The advanced technology of emitting rays and processing the received signal perfectly eliminates artifacts and provides high resolution in both near and far areas of the B-mode.The latest technologies for accurate diagnostics of VS-Flow. VS-Flow processes reliable vector information from Doppler signals based on frequency modulation. With the help of this technology, the resolution increases and sensitivity increases, as a result of which it is possible to achieve excellent visualization of blood vessels.Technology of combined frequencies (FusionFreq). FusionFreq helps eliminate sub-frequency speckle noise by combining frequency signals. Combining low-frequency and high-frequency signals, FusionFreq provides high image resolution regardless of the working depth.Xbeam technology. By applying beams from several different angles, the HVeat corrects the final signal, increasing resolution and enhancing clarity.
Nanoview technology. In addition to eliminating artifacts and noise, this technology also enhances the contrast of fabrics, as a result of which the borders become clearer and more distinguishable. It becomes possible to see even the smallest damage.The use of new 4D technologies for realistic images and reliable diagnosis.With this function, you can easily find the desired slice by rotating multi-slices of a 4D object obtained from different angles. High diagnostic accuracy is achieved by adjusting the thickness and angle of the slice in order to study in more detail the shape, size and surrounding structures of the area of interest.
Q-Cut. Removing unnecessary image elements allows you to study the area of interest more accurately, significantly improving the quality of diagnostics.
Opti-4D. Fast 4D optimization tools allow you to quickly get a high-quality 4D image.3D-Printing. Using a 3D printer, you can print three-dimensional models of a child based on the data obtained as a result of scanning. In many countries of the world, this service is gaining more and more popularity.High-quality visualization and integrated assessment tools allow you to get the most useful information.Fabric Doppler (TDI). By evaluating the directions and time phases, TDI allows you to study the movements of the heart walls by color coding the movements of the tissue.The Simpson highway. Automatic endocardial tracing (with the possibility of fine-tuning), carried out by the three-point method, serves to obtain information about the work of the heart, significantly saving time.
Constant-wave Doppler (CW). CW is used to quantify blood flow in vessels with high-speed flows, allows you to detect abnormal high-speed flows.PISA calculation. PISA is the main element of assessing the severity of regurgitation. Using this technology, Apogee 5500 easily calculates the flow of regurgitation caused by heart valve disease, which is an important tool for clinical diagnosis.Manufacturer's country: China.