X-rays, which chiropractors use to see the alignment of bones in the body, are part of the complete care that chiropractors give to their patients, Although film x-rays have been traditionally used over the years, now there are new options for imaging that have come with the advent of the personal computer, and this includes Chiropractic digital x-ray systems. Your chiropractic practice can utilize such technologies as Chiropractic DR imaging systems, as well as a fully functional Dicom viewer, in order to provide the best patient care.click here
A Chiropractic digital x-ray system is in essence a diagnostic tool. It allows you to see inside the body so that you can confirm an accurate diagnosis for a host of different medical issues. One of the problems that came from using film x-rays is the time it took to process and develop the images. All of that time spent waiting has been eliminated through the use of digital imaging. In a matter of seconds, you can take the digital medical images that you need, and see them on a medical-grade Dicom viewer. Because of the speed involved, you can now get the information from your medical digital images much faster than in times past, and thus can be well on the way to a diagnosis much sooner, to the benefit of your patients.
Another asset that comes from using digital imaging systems such as a Chiropractic DR unit is that less radiation is needed to create the digital medical image than other types of digital imaging systems and even film x-rays. This improves patient care as well as the health of those physicians and technicians who operate the digital imaging equipment routinely as part of their work.
After you have taken your digital images, you will need a way to see them, and this is the point in the process when the Dicom viewer comes into play. A quality viewer will allow you to see the digital x-rays in the best resolution possible, and will give you several useful editing features. You will be able to crop, rotate, zoom and pan the images, as well as increase and decrease the brightness and contrast, and in this way you can enhance each image that you will use for diagnosis, and thus greatly improve patient care.