Computed topography (CT) is getting better and better every day. What used to take hours or days yo produce can be done in mere seconds today. New techniques such as cone beam CT scanning represent the latest development in this exiting technology.
CT scans were first invented in 1972. Later Godfrey Hounsfield and Allan Cormack won the Nobel Prize for their invention and its corresponding contribution to medicine and science. Since then the number of scanners used in medicine has grown to 30,000 globally. There are about 6,000 in use in the United States.
While CT scans are tremendously useful in dentistry and medicine, CT scanning services have wide uses in other industries. Industrial computed tomography has been used to cut the costs associated with product inspection services and failure by more than 75%. CT scans use X-ray images and combine them to form 2 D and 3D images that allow for a level of detail not afforded by other imaging techniques. In terms of diagnostics testing, they show details about different tissues that cannot be seen in any other way. Industrial ct scanning services provide a way for a product to be thoroughly inspected without taking it apart. Additionally, a product can be analyzed to insure it is corrently built. This provides a very minimally invasive way to see inside items and bodies.
Cone beam CT scanning has a number of advantages over traditional CT techniques. In medical and dental diagnostics, one real benefit is that the scans use much less radiation than other CT scans. By reducing the x-ray beam to a cone, the amount of tissue that is exposed is greatly reduced. Moreover cone beam CT scanning technology is much smaller and can be used in many dental and medical practices, whereas a large CT scanner may not be practical or possible.
The images created by cone beam CT scanning devices are also more accurate than older CT can make. Traditionally, a patient has to lie down and is basically inserted into the device. This means a lot of the tissues are compressed and may look different. With the newer scans, a patient can be seated or standing. This is also better for individuals and items that are too big go be scanned by a traditional machine. This removes any issues with size for small and large products alike. The smaller devices can also be taken to new locations around the globe where transporting the larger machine may have been impossible.
The technology used for a computed tomography scan continues to improve and made major differences for various industries. The advancements make the technology more applicable in many different areas and can be used to provide better health outcomes and bottom lines across the globe.