Many problems exist in traditional cardiovascular needle insertion and nerve obstruction. The development of Doppler ultrasound technology has made ultrasound technology into a miraculous medical device. 

Under the guidance of ultrasound, doctors are able to easily identify blood vessels, nerves, muscles, and other structures, and can more easily realize local anesthesia or catheterization. 

However, even with the guidance of color Doppler ultrasound, finding a target is still not an easy thing. 

Difficulty 1

When inserting a needle from outside of a flat surface doctors have no way of fully seeing the puncturing needle, and so have more difficulty knowing whether the needle reaches the target location or angle. Technical and experiential requirements for the insertion needle are extremely high. 

Difficulty 2

The impaling inside of the picture can only be completely revealed when the needle and probe’s acoustic beam are on the same screen, however it is hard to guarantee the legitimacy of images when the needles and acoustic beam probe are entirely on the same planes.  

VINNO VGuide Technology perfectly solves the problems that are encountered when doctors do anesthesia for needle insertions

The top left section of a VINNO Ultrasound Screen has an overlooking projection drawing that can display the relative location of needles and acoustic beam probes, and where you can accurately see the relationship of the needle and the acoustic beam probe.

When the magnetized needle is near the probe, and the needles are in the actual positions of the probes (probes that have not been inserted), the path that these needles show up when they are inserted in the ultrasound images, and on intelligent forecasts and imaging tangent intersections (i.e. targets). 

Preparing for Inserting a Needle before a Needle Insertion (Target Lock)

Reach The Target

Before puncturing, adjust the angle and position of the needle to determine the path of the needle (control its target) to make sure that the point of the needle accurately arrives at its target, and truly reaches target according to the needle insertion path and the target objective indicators. 

Reach The Target

Inject anesthetics, and observe how the medicine is diffused

Why VGuide technology are so Amazing? 

There is a background magnetic field near the probe. When the puncturing needle enters the magnetized drink water cup and is magnetized, and goes near the probe the background magnetic field is strengthened. The strength of the signal that is detected by the magnetic sensor embedded in the probe, the operational processing signals are able to display the spatial position and location of the needle related to the probe in real time in the ultrasound image. 

Recently, VINNO’s “VGuide” has become extensively used in all kinds of hospitals! 

Yuxu City Chinese Hospital Anesthesiology Department’s Brachial Plexus Process

Syringe Needle Magnetization Process, Simple and Speedy

Besides anesthetics, “VGuide” can be applied to “vascular access”, “fine needle aspiration”, and “skeletal muscle injection”! Recently, VINNO’s mid to high level color Doppler ultrasound VINNO 6 and VINNO 8 can be equipped with “VGuide” functions.

VGuide Ultrasound Technology, Makes Your Needle Insertion Simple, Visible, Accurate