Higher quality images with more innovative imaging technology

The development of science is moving ahead so rapidly that it is hard to even comprehend. There is constantly more and more information produced and delivered in different ways. The endless information overload can make it tough to figure out which information is relevant and which is not. As a result, the manufacturing of 3D units should implement scientific CBCT research and development.

To stay on the top of the game, a company that develops and builds dental imaging systems should co-operate with scientific research facilities, such as universities. That way, the benefits of the latest research will be at hand and the company will be able to create the most innovative technology. With state of the art technology, images of superb quality will be available.

High quality images are crucial for demanding dental professionals. Diagnosing and treatment rely on having accurate images. The doctor decides when using x-rays is needed and what imaging technique to use. Different imaging systems are suitable for different uses. You will find the right tool for each job from comprehensive software offering that gets you up to speed with accurate diagnostics. Generally for all application areas that require require 3D visualization of the dento-maxillo-facial anatomy, CBCT can be used.

Some of the many possible application areas for CBCT are implant planning and follow-up, tracing the nerve canal for wisdom tooth extractions, studies of impacted canines and suspected root resorption of adjacent teeth, periapical studies, Temporo-mandibular-joint (TMJ) studies, osteomas, cysts, tumors, maxillary sinus and airway studies, dacryocystography studies, sialography studies, trauma cases, and orthodontic cases.

The trend is noticeably moving towards cone beam CT from medical CT, even though the indications from CBCT are still under consideration in dental discipline. The benefits of CBCT, such as lower radiation rates and smaller costs of operation make it a preferable alternative.

There is a chance that CBCT is more beneficial for the patient than multislice CT in the diagnosis of mandibular fractures, even though one might presume that those two techniques would perform in the same way. The benefits of the CBCT compared to CT are its lower radiation dose and lower cost. Developing an adequate treatment plan is possible with CBCT.

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