Digital vs. Traditional Radiography

C. Rieger Wood In DDS Inc., Dr. Wood and Jason Weilacher use dental technology, which proves that patients can help achieve effective oral care. One example of what we are using at the Tulsa Office is digital radiography. Digital x-rays offer various advantages compared to traditional x-rays for a better patient experience.

All X-ray devices require a certain amount of radiation from the patient in order to understand the health condition of your oral cavity accurately and in detail. Traditional radiography exposes the patient to a completely safe dose of radiation, and the wire apron you wear can help you avoid absorbing too much radiation. From a health point of view, traditional X-ray photography is considered safe

However, as safe as conventional radiography, all health care workers believe that reducing radiation exposure is even better. Digital X-ray equipment used at our Tulsa Dental Clinic allows patients to receive a small portion of the radiation from traditional X-rays. Digital radiography is a suitable method for dental imaging of patients who monitor radiation exposure due to existing health conditions or specific risk factors

In traditional radiography, your dentition images are taken on film and must be properly processed and stored carefully. If you are introduced to an expert, these images need to be physically delivered to the expert you are seeing. If something damaging these images happens, you will have to take X-rays again. In short, because of the vulnerability of these images, traditional X - rays may slow down remaining dental treatment.

There are no restrictions on digital radiography machines. The digital X-ray device does not use film. All images Ph.D. Takes of Wood and Weilacher are saved in a computer file. This not only means that the image is not corrupted, it is easier to make a copy of these images. Sending an image by e-mail rather than e-mail means that a cooperating orthodontist, a periodontal specialist, an oral surgeon, an endodontist will receive these images quickly without problems. By overcoming the limitations of traditional X-ray images, digital radiography can advance your dental treatment plan without delay

C. Rieger Wood DDS Inc. uses digital radiation technology for dental treatment of Tulsa, such as Utica Square and the wider Tulsa area. For more information on how our technology options will bring a better patient experience please call our office today!

The physical process of digital radiography is actually similar to traditional dental x-ray using film. In digital radiography, a dentist inserts a sensor into his mouth to capture a dental image. Similarities - Finishes It resembles occlusion and other X-ray films, but digital sensors are electronic and connected to the computer. After taking X-rays, the image is projected onto the screen to be viewed by your dentist.

Digital radiography is an X-ray imaging in which a digital X-ray sensor is used instead of a conventional photographic film. Advantages include the ability to avoid the time efficiency of chemical processing, and the ability to digitally transmit images to improve the image. In addition, it is possible to reduce the radiation used to produce images with contrast similar to conventional radiography. Digital radiography uses a digital image capture device instead of an x-ray film. This gives the advantages of instant image preview and usability, eliminates expensive film processing steps, widens the dynamic range, becomes more resistant to overexposure and exposure shortage, applies special image processing technology to the overall Image display can be improved. quality

Digital radiography is an integral part of dentistry. Digital radiography does not require film or darkroom, reduces x-ray doses, and immediately produces images. Our research aims to compare the subjective image quality of the two digital dental radiography systems with the conventional dental film. We have selected Sirona's Direct Digital (DD) "Digital" system, Vista-scan's Semi-Direct (SD) digital system, and Kodak's "E" Speed ​​Dental X-ray film for this research. In this study pulp-treated extract (n = 25) was used. Details of enamel, dentin, dentin-enamel junction, root canal filling (dental tip) and simulated apical pathology were investigated using three X-ray imaging systems. Statistical analysis of data to clarify the difference in subjective image quality

Subjective image quality comparison between two digital dental radiography systems and traditional dental films