Apogee 3500 ultrasound diagnostic system

Digital ultrasound diagnostic system with color doppler.The Apogee 3500 Touch SIUI Ultrasonic Digital Diagnostic Scanner combines advanced electronic and diagnostic technologies with a user-friendly user interface. It provides broad-spectrum studies and reliability of clinical analysis.

Advanced ultrasound imaging technology.The stationary ultrasound scanner Apogee 3500 Touch uses the latest achievements in the field of ultrasound image processing: composite image, tissue inverse harmonic (THI), adaptive imaging technology, etc. It has many visualization modes, like B mode (B, 2B and 4B), M mode, color Doppler mapping, spectral Doppler mode, constant-wave Doppler, trapezoidal mode and three-dimensional (3D) image in real time.
Composite image (optional).In this mode, each point on the screen is obtained by reflecting an ultrasonic signal from several rays deflected to the center (and not one ray, as usual). The information received from all the beams is compiled into a single image in real time. This allows you to avoid artifacts and get excellent visualization of any, even the most difficult areas.
Sonoelastography (optional).The device can be supplied with sonoelastography software. The unique patented technology makes it possible to assess the density of tissues and detect tumors in the early stages that cannot be seen by conventional ultrasound scanning. It is used for early diagnostic processes in urology, gynecology, mammology, gastroenterology and other fields.
Trapezoidal image.The expanded field of view shows more information about the image without reducing the quality of the images. This is a good mode for scanning large organs.
The image is linear deviation.By controlling the displayed areas with a linear sensor, sonography can easily scan a neighbor's organ without moving the sensor. In this way, scanning becomes more efficient and easier.
Reducing the granularity of the color stream.Thanks to the use of 2D filtering, it is possible to significantly reduce the noise of the color stream and ensure the evenness and duration of the spectrum. This technology is usually used in scanning small vessels.
Adaptive grain reduction.This system can automatically track, identify and activate useful tissue information, and also filter noise. This will increase the ratio between signal and noise, which allows you to notice the border of the fabric and a more distinct gradation of the image. Due to this, it is easy to detect tissue lesions at an early stage.
Automatic M-mode (optional).In this mode, ultrasound can measure anywhere within 360 degrees and analyze any points and angles on an ultrasound cardiogram in M-mode. This significantly increases the accuracy of quantification in M-mode in terms of temporal and spatial resolution.Automatic M-mode is used in studies of heart contractions, diastole, atria, and so on.
Tissue inverse harmonic (THI).All sensors have the function of forming tissue harmonics. This technology makes it possible to reduce interference in close areas and improve image quality while maintaining good penetration.
Three-dimensional image (optional).Three-dimensional image can be achieved by three-dimensional software. In this mode, you can cut the image by rotating, zooming, entering/exiting, changing the color of the image and the background color, and so on.
Three-dimensional image in real time (optional).Thanks to the use of a 3D sensor, it is possible to effectively obtain information about the fetus and other organs.
Manufacturer's country: China.