The GE Logiq 700 Expert is an ultrasound system with many innovative technologies.
With the touch of a button, the system will automatically optimize the image display. Virtual convex imaging extends your field of view, giving you 20 percent more information without losing detail. 3D View instantly generates displays that conventional ultrasound can't provide, including surface renderings, rotating volumes and slices in any plane.
The Logiq 700 Expert is a new breakthrough in ultrasound imaging, using digitally encoded ultrasound technology that allows doctors to better view organs in the body, with the potential for earlier and more accurate diagnosis of disease. This ultrasound uses several new technologies: Digitally Encoded Ultrasound, achieving improved spatial and contrast resolution, and increased penetration. Simply put, the images are better, and more structures can be seen than with conventional ultrasound. Coded Excitation, which enhances subtle signals from deep structures. The result is that we can image deep structures more clearly than ever before. B-Flow, which is one of the most clinically promising imaging tools yet introduced. B-Flow allows us to visualise real-time blood flow in relation to the blood vessel walls. The images of blood vessel walls are exceptionally well defined, and the flow of blood within the vessel can be clearly seen. With conventional "Doppler" ultrasound, the flow of blood is shown with a colour-coded (red/blue) image. This image is painted onto the vessel wall, resulting in "overwriting" of the image, which degrades the anatomical detail. B-Flow allows doctors to display blood flow and tissue at up to three times better image resolution and four times faster than conventional ultrasound systems. Coded Harmonics, were unwanted signals are subtracted from the returning ultrasound signal. This results in improved image quality and enhanced diagnostic confidence. Auto Optimisation, is a single button which instantly analyses the image, and improves anatomical detail and blood flow imaging. This allows faster, better imaging. 3D Imaging, allows us to capture a volume of image data, and then manipulate the data in many ways. Anatomy can be visualised in ways not available with conventional ultrasound.
