PHILIPS C-ARM-AMPLI DE BRILLANCE

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The electromagnet is composed of cables and coils and is located within an area of protection. The other rolls of sending and receiving radio waves. When the electromagnet is activated by a passage of current, the hydrogen molecules move rapidly in the magnetic field.
The human body is composed largely of water, which is a passage composed of oxygen and hydrogen, so the magnetic resonance imaging can be performed on different parts of the body. Light pulses of radio waves through the body to give more energy to the molecules of hydrogen. The energy patterns of the hydrogen molecules are
picked up by a detector of radio frequencies, spirals within spirals of the machine or from additional study to surround the specific body part to be examined. A computer reproduces the images sectional similar to those produced during the scan. The process is totally secure.
The signals collected create a three-dimensional representation of the interior of the body, as a model. The signals coming into a computer, in which you create two-dimensional images (slices) and can be projected onto a monitor for exams. Two-dimensional images have length and depth, but no thickness, completely flat. In other words are as pictures or drawings, rather than models, can be printed on films to then be analyzed.
The way in which parts of the body appear on the image depends on how much water they contain. MRI can clearly show the differences between the structures of fat and those full of water.
C-arms are tools that have been in use since 1990 C-arms are one of the main technologies used for surgical procedures that require minimal invasion. These are the systems that are both mobile and fluoroscopic imaging. They provide precise and accurate results. Cause the person the least amount of pain and discomfort. They are used in different types of surgical and non-surgical as well.
One of the biggest advantages of non-invasive techniques, such as the C-arm is that a patient can now go through what was previously a long and complicated procedure on an outpatient basis. This saves not only time for yourself, but also saves a significant amount of money: the procedure has therefore become very affordable.
The original drawings C-arms have been previously used only for general surgery and orthopedic procedures. Since then, the technology has advanced considerably, and the project has grown significantly to make it a very versatile tool. They are now described as versatile as both producers and users.
Today, the use of C-arms is extended to minimal invasive surgery, spinal surgery, general surgery, orthopedic surgery and pain management. Include procedures in the field of cardiology, urology, vascular, and neurovascular treatments.