Technology is helping dental and oral health clinicians provide faster, more accurate, and well-rounded treatment to their patients. The dental world is undergoing major changes thanks to advancements in new technology. When dental implants were invented by a Swedish medical researcher in 1952, the procedure was considered a modern-day miracle. Now, seven decades later we’re experiencing another massive breakthrough in the form of digitally guided implants. With the right tools, dentists can virtually diagnose and treat cases before ever touching the patient. This lessens the margin for unexpected errors and outcomes during surgery. Dentists can design and print surgical guides from their office or outsource it to a dental laboratory.
Technology is helping dental and oral health clinicians provide more reassurance and well-rounded treatment to their patients. From record-keeping to operative procedures, advancements in methods and diagnostic tools are enabling a safer, more effective practice.
Digital dental impressions are fast becoming the norm as an increasing number of clinicians and laboratories embrace this newer technology. Some of the benefits of intraoral scanning are obvious, such as speed and accuracy, but there are additional advantages you might not have considered. In this article, we look at digital dental restorations and the digital workflow. Not convinced digital impressions are worth considering?
Screw-retained and cement-retained restorations each have specific qualities. Your choice of which restoration will best suit the patient depends on several factors.
Bruxism is not a new condition. Literary references date back centuries. Early treatment focused on the mechanism of bruxism but later treatment centered more on psychological issues like anxiety and stress. Today, these two opinions are largely combined.
Burs are one of the most frequently used mechanical devices in any dental office. Selecting the correct size and type of bur is essential for clinical success.
Cone beam computed tomography (CBCT) scanners are increasingly utilized in dental imaging. Potential uses include planning dental implant treatment, endodontics, orthodontics, and maxillofacial surgery. The scanner allows the clinician to visualize abnormal teeth and to evaluate the jaws and facial structure.
Dental implants retain fixed and removable restorations, including single crowns, fixed bridgework, and implant-supported dentures. The technology for dental implants is well-established, and success rates are extremely high. Many dental practices have already embraced implant dentistry, and it is a significant source of revenue. As patient awareness increases, demand for the treatment will only increase.
Lasers have been used in dentistry for approximately two decades and are suitable for multiple procedures, including soft tissue treatment. Lasers for soft tissue treatments are available at varying powers and wavelengths and can be used for procedures that would otherwise be performed using electrosurgery or a scalpel.