Why Switching to a Wireless Convex Probe is a Good Idea

First telephones, then fax machines, phone chargers, keyboards, earphones and now ultrasound scanners- the world is going wireless. Things become much easier and less restricted when devices do not have the limitations of a wire attached to them.

A wireless convex probe, in particular, comes very handy in the medical field. It is very convenient to use a wireless probe during surgeries since the need for fixing cables is eliminated. There is no need for sterilizing the probe for the next use since it comes with a disposable protective covering. The other features that make this device a success are mentioned below.
wireless convex probe
·         It can be connected to a smartphone or a tablet using a Wi-Fi connection, so there is no need for a separate monitor to be placed for viewing scan results.

·         This device has a built-in battery which can be replaced easily once it runs out. It is as simple and easy as changing the batteries of a TV remote.
·         The probe uses advanced digital imaging technology while scanning. This ensures that you get a clear and high definition image of the scan on the screen.
·         All these benefits do not even come at a high price. In fact, the cost of a convex probe is low and is competitive as compared to the other options.
·         Since there is no wire to bind you with the extension, the wireless connectivity feature makes the convex probe easy to operate.
·         The probe is small and light in weight that enables you to use it for a longer duration and convenient to carry around. You can use it anywhere simply connecting it to your smartphone or tablet using an internet connection.
·         You can use it at the patient’s home, in emergencies, at your clinic or even on a vacation.
There is no limitation on the storage, communication, or printing of the scan results. The terminal platform of a convex probe is intelligent and has powerful expansive functions. 
USES
You can use a wireless convex probe to measure the distance, area, obstetrics (midwifery and childbirth especially) and abdomen (stomach, intestines, pancreas, liver, and gall bladder). 

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