About the Mobile C-Arm
An imaging device based on x-ray technology, which can be easily used in different operating rooms in a hospital is a mobile C-arm. The technology was first introduced in 1955 and has modernized rapidly over all these years. The name 'C-arm' has been coined owing to the C-shaped arm of the equipment, which connects the X-ray detector and source with each other.
With the passage of time, mobile C-arms have become a necessity of hospitals. Since, these imaging systems are extremely beneficial for intraoperative imaging conducted by surgery, vascular surgery, traumatology, orthopedics, and cardiology experts. Also, these mobile imaging systems produce real time, high definition x-ray images, which allows the doctor to check progress whenever they want during the procedure. Therefore, the doctor may immediately make correction, wherever required. In the wake of the same, better results are produced and the odds of quick recovery of patients also increase.
Mobile C-arms allow doctors for lesser follow-up operations, thereby help them save in terms of costs and reduce installation efforts.
Working of a Mobile C-Arm?
A generator along with an image intensifier or flat-panel detector constitutes a C-arm device. It is due to the C-shaped arm that the horizontal, vertical or around the swivel axes movements can take place. This allows the machine to take the patient's images possibly from any angle. X-rays are produced by the generator which enter the body of the patient and get converted into a visible picture by the image detector. The C-arm monitor displays this picture, the anatomical details on which can then be identified and examined by the doctor along with the implant position. These details may include bones, blood vessels, and kidney stones.
The evolution from analog to digital
Talk about analog image intensifiers and they involve an x-ray that hits a fluorescent surface once alleviated to various degrees through the body of the patient. The surface either glows more brightly or slightly less, depending on the radiation power. A vacuum tube at the rear of the surface has an analog camera, which catches this glow to display the same on the monitor. The tube's curved shape may affect the precision of the image at the edges, which may lead to warps.
On the other hand, modern flat-panel technology is how the image intensifier has gone digital. When x-rays enter, their intensity gets translated into a digital value. Since, they mete out with electron optics, high quality images are produced without any distortion. This technology was first brought into light in 2006 by Ziehm Imaging.
An imaging device based on x-ray technology, which can be easily used in different operating rooms in a hospital is a mobile C-arm. The technology was first introduced in 1955 and has modernized rapidly over all these years. The name 'C-arm' has been coined owing to the C-shaped arm of the equipment, which connects the X-ray detector and source with each other.
With the passage of time, mobile C-arms have become a necessity of hospitals. Since, these imaging systems are extremely beneficial for intraoperative imaging conducted by surgery, vascular surgery, traumatology, orthopedics, and cardiology experts. Also, these mobile imaging systems produce real time, high definition x-ray images, which allows the doctor to check progress whenever they want during the procedure. Therefore, the doctor may immediately make correction, wherever required. In the wake of the same, better results are produced and the odds of quick recovery of patients also increase.
Mobile C-arms allow doctors for lesser follow-up operations, thereby help them save in terms of costs and reduce installation efforts.
Working of a Mobile C-Arm?
A generator along with an image intensifier or flat-panel detector constitutes a C-arm device. It is due to the C-shaped arm that the horizontal, vertical or around the swivel axes movements can take place. This allows the machine to take the patient's images possibly from any angle. X-rays are produced by the generator which enter the body of the patient and get converted into a visible picture by the image detector. The C-arm monitor displays this picture, the anatomical details on which can then be identified and examined by the doctor along with the implant position. These details may include bones, blood vessels, and kidney stones.
The evolution from analog to digital
Talk about analog image intensifiers and they involve an x-ray that hits a fluorescent surface once alleviated to various degrees through the body of the patient. The surface either glows more brightly or slightly less, depending on the radiation power. A vacuum tube at the rear of the surface has an analog camera, which catches this glow to display the same on the monitor. The tube's curved shape may affect the precision of the image at the edges, which may lead to warps.
On the other hand, modern flat-panel technology is how the image intensifier has gone digital. When x-rays enter, their intensity gets translated into a digital value. Since, they mete out with electron optics, high quality images are produced without any distortion. This technology was first brought into light in 2006 by Ziehm Imaging.
