Digital Radiography

This type of X-ray imaging makes use of sensors in capturing digital images. This technology reduces the amount of radiation exposure by about 70 to 80 percent. Through digital radiography, dentists are able to view images better and therefore make accurate diagnosis. This decreases the number of x-rays needed especially in surgical procedures such as implants and root canals.

CAM/CAD

Computer assisted manufacture (CAM) and computer assisted design (CAD) are technologies that enable dental restorations such as inlays, onlays, veneers and crowns to be developed using a technology referred to as computerized milling technology. Dentists liaise with CAD/CAM in-offices to deliver same- day tooth restorations which would have otherwise taken more than one visit to the dentist to complete. CAM/CAD technologies also allow dentists to handle sensitive cases. The dentist works with a digital dental laboratory so as to fabricate dental restorations specified to the needs of the patient.

Dental Lasers

Lasers are mainly used in soft tissue management. Instead of the traditional scary and sharp dental tools, technology now affords the opportunity to use laser while conducting minor surgical procedures. Sutures are not necessary with laser incisions and this means that most of the soft tissue treatments can be done without anesthesia. In this case, the patient does not experience unnecessary pain and discomfort. Laser also allows for a less complicated and shorter healing process when compared to traditional techniques.

Diagnodent

Diagnodent is a technology that enables prompt detection of cavities. This technology advancement makes use of laser and sound impulse in the detection of cavities. The detection is done much earlier that traditional methods would allow. Early detection means that treatment can be administered in good time. This stops the dental decay from spreading. Another advantage is that much of the healthy tooth structure is preserved.

Cone Beam CT

Cone beam is a type of computerized tomography that allows for a quick 3-D image. The dentist is able to view the patient’s maxillofacial and oral anatomy through Cone beam CT digital imaging. This technology has transformed and informed implant surgical guides. It is used by periodontists and oral surgeons especially when placing dental implants. This form of imaging technique has made it easier for implant placement. Accurate implant placement ensures greater success in dental treatment.

Intra-Oral Camera

Intra-oral cameras help to produce more accurate images of the teeth and supporting structures. The cameras allow the dental technician, the dentist and the patient to see any teeth defects. Accurate imaging allows the patient to see the need for the dental treatment being recommended. The intra-oral cameras also help the patients to see the problematic areas that need extra hygiene practices and areas where they need to focus on when brushing or flossing.

Optical Scanners

Optical scanners are another trend in digital dentistry. They give the dentist a digital map of the patient’s teeth. They also provide a better view of the tooth anatomy. Optical scanners use digital color maps which highlight the problematic areas using a particular shade of color. Custom characterizations can also be used in cosmetic restorations. This is a relief from traditional impressions which make use of unpleasant tasting materials, cumbersome and bulky trays which leaves the patient feeling anxious and uncomfortable.

A visit to the dentist does not have to be a terrifying experience thanks to these and more technology advancement in dentistry.