In order to provide nothing but the best to our patients, our office uses state-of-the-art technologies in all our procedures. These new technologies allow us to detect dental concerns at early stages, treat your dental issues with precision, and provide stunning and customized restorations. Our premium dental software system maximizes your time and our office efficiency. When you visit our office you can be confident that you are receiving the finest and most advanced in dental care.
We use Demandforce, an automated appointment reminder system, that will email and/or text your mobile phone to confirm your appointment. Please click the “Confirm Appointment” button in the email or respond with a capital “C” to text messages to confirm you upcoming visit. If you do not respond to these messages, our office staff will contact you to confirm your scheduled visit. Failure to notify our office of a cancellation may result in a charge. See our missed appointment policy for more information.
Our state-of-the-art CEREC digital imaging and in-house CAD/CAM milling technology allow us to create your custom crown in one office visit. No more temporary crowns followed by additional office visits for permanent crowns. We use CAD/CAM (Computer Aided Design/Computer Aided Manufacturing) technology that houses a camera, computer and milling machine in one instrument. Digital imaging captures a picture of the damaged tooth and eliminates the need for uncomfortable alginate impressions. The digital “impression” is transferred to a resconstruction computers with special software where the dentist uses 3D technology to design your new crown. Then, CAM takes over and creates the crown while you wait. The dentist bonds the crown to the surface of the old tooth, and you’re ready to go. The whole process takes about one hour.
Benefits of this technology:
Cone beam computed tomography (or CBCT, also referred to as C-arm CT, cone beam volume CT, or flat panel CT) is a medical imaging technique consisting of X-ray computed tomography where the X-rays are divergent, forming a cone. CBCT has become increasingly important in treatment planning and diagnosis in implant dentistry, interventional radiology (IR), among other things. Perhaps because of the increased access to such technology, CBCT scanners are now finding many uses in dentistry, such as in the fields of oral surgery, endodontics and orthodontics. Integrated CBCT is also an important tool for patient positioning and verification in image-guided radiation therapy (IGRT). During dental imaging, the CBCT scanner rotates around the patient’s head, obtaining up to nearly 600 distinct images. For Interventional Radiology, the patient is positioned offset to the table so that the region of interest is centered in the field of view for the cone beam. A single 200 degree rotation over the region of interest acquires a volumetric data set. The scanning software collects the data and reconstructs it, producing what is termed a digital volume composed of three-dimensional voxels of anatomical data that can then be manipulated and visualized with specialized software.
This type of radiograph shows the whole jaw and is a good diagnostic tool. It is an important tool for the extraction of wisdom teeth, placement of dental implants, and for many orthodontic procedures. A panoramic radiograph will show any abnormal growths or cysts in the jaw. Panoramic radiographs are taken every three to five years or as needed for diagnostic purposes.
We use digital imaging software in our office, which allows us to take a digital picture of you and use our imaging system to predict how a particular treatment or cosmetic procedure would change the appearance of your teeth. This software is beneficial for patients who are considering cosmetic procedures but are not sure if they’re ready for dramatic changes. Digital imaging also allows us to document your dental case and procedures very well. We take digital images of your face, teeth and smile to provide us with a permanent dental record and to provide a visual documentation of treatment.
X-rays are a focused beam of x-ray particles passed through bone which produce an image on special film, showing the structure through which it passed. This provides the familiar black and white images doctors and dentists use to diagnose problems and disease. Without an x-ray of the whole tooth and supporting bone and gum tissues, there would be no way to detect infection or pathology that requires attention.
In our office we use digital radiography which allows us to take x-rays using up to 90% less radiation than conventional film x-rays. Using this technology, we are able to take an x-ray of your mouth by using a small sensor which records the image of your teeth and sends it to a computer. The result is a highly detailed image of your mouth that can easily be enhanced to better diagnose dental concerns and determine the very best treatment for each case.
We use small cameras about the size of a pen, called intraoral cameras, to help clearly see the condition of your teeth and gums.
With this advanced technology we can zoom in on small diseased areas, cracks, chips and worn metal fillings with extreme precision. The full-color images taken with the intraoral camera are sent to a computer screen so we can clearly see and diagnose dental problems much earlier than with traditional dental technology. Because images are displayed on our screens, patients will also be able to see areas being worked on and are able to gain a better understanding of dental procedures being performed.
Our office is a completely digital (paperless) dental office. This means all x-rays and charting are made and recorded with the aid of the computer. This technology allows us to maintain your dental records electronically, and cuts down the unnecessary paperwork used with traditional paper charting. Traditional paper charting is difficult to keep standardized from doctor to hygienist to assistant. Even handwriting differences and coding make the charts look different. The computer eliminates this problem by using consistent charting methods that are accurate and precise, making it easy to read your dental chart and see up-to-date information. Digital charting standardizes the charting process so it is clear, easy to understand, and enables us to provide on the most accurate and precise care to our patients. When needed, this method also allows us to quickly and securely share information with your other health care providers.
Our office utilizes electronic claims processing. This means that rather than sending your dental claim through the mail, it is sent electronically to your insurance company with the click of the button. By filing your claim electronically, information is submitted more efficiently and with fewer errors. This benefits our patients because the turn around time on claims is faster and fewer claims are returned or denied. We are happy to submit your dental claims to your insurance company on your behalf.
Air abrasion is a minimally invasive technology that offers an alternative method for removing decay from teeth. It may also be used to prepare the surface of a tooth for a bonding procedure, the application of sealants, or for removal of certain stains and discolorations of the tooth enamel.
Air abrasion operates like a mini sandblaster emitting a precise stream of fine particles that can be aimed at the affected areas of the tooth. As the stream of particles strike the tooth’s surface the decay is efficiently and gently removed. Utilizing this method the dentist is able to remove the soft decay, while leaving healthy tooth structure intact.
The advantage of air abrasion technology is the elimination of the harsh sound and vibration of the dental drill. This is often a plus for individuals who are uncomfortable or anxious about getting dental treatment. Moreover, using air abrasion technology may eliminate the need for local anesthesia.
While air abrasion is an excellent, simple, quick and effective alternation to the dental drill, it does have some limitations. Treating large cavities and the removal of old fillings in some cases may still require a more conventional approach.
Commonly referred to as “laughing gas,” nitrous oxide is used as a mild sedative to reduce anxiety and allow a level of relaxation during a procedure. Nitrous oxide is inhaled through a small mask over the nose. It is administered for the duration of the procedure and is turned off as the procedure is coming to an end. The effects of this method of sedation wear off very quickly.