It is evident that there has been an incredible improvement in medical technology over the past several years especially in the dental industry. Of the many technological advances is the invention of 3D dental technology. The 3D dental technology is an advancement that allows dentists to view in a superior their diagnosing point and effectively make determinations on the best next step to enhance better treatment (Khademi, 2017). The 3D technology employs the use of cone beam computed tomography machines providing an excellent view of patients’ mouth in the 3D view. The advanced technology has been proven to be more precise efficient and in-depth compared to traditional methods.
Short time scan
According to Khademi (2017), the CBCT machines employed in 3D dentistry have been shown to have short times in scanning thus exhibiting high levels of efficiency since a single rotation can give multiple scans. The ability to provide multiple scans in single rotations has reduced time spent on patients using traditional x-ray scans and minimizing the chances of image defects that result from patients’ natural movement. The short time scanning has saved patients time that was previously consumed by referrals to third-party medical providers for scanning consequently proving economical due to the elimination of the middleman.
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Beam limitation
Using traditional x-rays has over time proven to expose patients to more radiations. Contrary to the traditional x-rays, CBCT machines only limit exposure of radiation to specific areas of interest given the x-ray beam size. As a result of the reduced radiations exposure, there have been reduced cases of health risks resulting from prolonged radiation exposures (Scarfe, & Angelopoulos, 2018). In the traditional x-ray scans, patients recorded health risks such as eye damage, malignancies development among other risks which has been reversed by the new medical technology.
Image detail and accuracy
Studies by Carter (2017), on the accuracy and efficiency of the advanced medical technology, have revealed an improvement in imaging accuracy. The accuracy has largely been contributed by the incredible resolution power of the CBCT machines meaning that dental procedures exact locations can be pointed out with precision. In addition, dentists can have a detailed view of infections, musculature, and nerves allowing them to effectively see and plan for extractions, implants, root canals as well as treat sinus issues that are dentally caused. In patients, appropriate assistance can be provided given first-time proper diagnosis made possible by the technological advancement.
Interactive display and user-friendly
The benefit of the 3D scanning equipment to provide dental practitioners with the opportunity to annotate images, reorganize data and make magnifications cannot be assumed. The interactive display has made dentists make a diagnosis with utmost accuracy not forgetting that the equipment has a user-friendly interface making it easy to understand, learn and easily work with.
Conclusion
The benefits of using 3D scanning machines in dentistry have opened up many possibilities for both dental practitioners as well as patients. The numerous associated benefits have ensured the safety of dental procedures as well as proving that medical research, science, and technology are the way to go in the medical world. The uniqueness with which the new technology works has provided a platform for which implementation and steady growth of the technology are embedded. Given the many attributed benefits of 3D scanning machines patients’ suffering will be reduced significantly with dental practitioners experiencing reduced challenges in making diagnosis.
References
Carter, D. (2017). Computed Tomography . Hauppauge: Nova Science Publishers, Inc.
Scarfe, W. C., & Angelopoulos, C. (2018). Maxillofacial cone beam computed tomography: Principles, techniques and clinical applications .
Khademi, J. A. (2017). Advanced CBCT for endodontics: Technical considerations, perception, and decision-making .
