X-Rays are an essential part of modern dentistry, as they provide us with the ability to identify problems that may not be apparent through a visual examination alone.
• View the status of developing teeth
• Get a good look at tooth roots
• Locate cavities
• Monitor the condition of the bone around the tooth
• Check for periodontal disease
Our practice uses digital dental radiographs, or digital X-rays, which are a modern improvement over traditional X-rays.
This type of X-ray uses digital sensors instead of the photographic X-ray film used in the past, allowing for enhanced computer images of oral structures such as your teeth, gums, jawbone, and more.
These types of X-rays allow us a better picture of what is happening inside of your mouth, making it easier to spot problems and provide a proper diagnosis for any conditions you may have.
As with everything we do at our practice, we’ve chosen to use this technology because it allows us to provide you with the highest-quality dental treatment possible.
Our office uses the latest dental technologies to provide our patients with the highest quality of care. One of the tools we utilize is CBCT technology, which allows us to provide more precise and comprehensive imaging for a range of dental procedures. In this article, we’ll explore what CBCT technology is, how it works, and the advantages it provides for our patients.
CBCT technology, also known as Cone Beam Computed Tomography, is a type of 3D X-ray imaging that provides detailed and accurate images of the teeth, jaw, and surrounding structures. Unlike traditional 2D X-rays, which provide a flat image of the mouth, CBCT technology creates a 3D image, allowing for a more comprehensive and detailed view of the area being scanned.
During a CBCT scan, the patient sits in a chair while the scanner rotates around their head, capturing multiple images from different angles. The images are then combined to create a 3D image of the area being scanned. The process is quick and non-invasive, and the patient is exposed to minimal radiation.
CBCT technology provides several advantages for patients, including:
CBCT technology is used in a variety of dental procedures, including:
At our practice, we are committed to using the latest technology to provide our patients with the best possible care. If you have any questions about CBCT technology or any of our other services, please don’t hesitate to contact us.
Impressions of teeth have been an important step in the orthodontic process, but, in the past, they’ve required the patient to hold trays full of gooey impression material in their mouths. Our office uses an intraoral scanner to create digital impressions quickly, with less inconvenience for our patients.
Modern digital impressions are easier and more accurate than traditional impressions.
A. The old method of making dental impressions required the patient to hold trays in their mouth using an impression material such as alginate or polyvinylsiloxane. They would need to wait for this to solidify enough to retain its shape once removed.
The resulting molds were often sent away to a third party to create a cast of the patient’s teeth, after which it would be sent back to the dentist’s office.
If there were any problems with the mold or resulting cast, the patient might need to come back again to have another impression taken.
A. Digital impressions greatly simplify the process by reducing the need for making molds and casts. The scanner uses a small wand that captures thousands of images a second, feeding them to a computer that uses the images to assemble a 3-dimensional visualization of the patient’s teeth.
The scanning wand is small, allowing it to be easily moved around teeth—even the backs of molars—without requiring the patient to open their mouths wider than is comfortable.
The 3D image is assembled rapidly, making it possible to spot any missing parts of the impression as the scan is being done, eliminating the need for the patient to come in for a repeat visit.
A. The 3D imaging created by the digital scanner has more detail than could be attained through 2D imaging, making for better planning of orthodontic treatment. The 3D scans can also be used for patient education, showing them how their teeth currently fit together and which areas are causing problems.
At the office of Ryan S. Kinn, DMD, we pride ourselves on providing our patients with the most advanced and effective dental technologies available. One of the tools that we use to achieve this goal is the diode laser. This advanced technology allows us to perform a range of dental procedures with greater precision and accuracy, resulting in faster recovery times and better patient outcomes.
A diode laser is a type of laser that emits a concentrated beam of light that can be used to cut, vaporize, or coagulate soft tissue in the mouth. This technology allows us to perform a variety of procedures, including gum reshaping, gum disease treatment, and teeth desensitizing, with greater precision and accuracy than traditional methods.
There are several benefits to using diode laser technology in dental procedures. These include:
Diode lasers may be used for a variety of dental procedures, such as:
Our dental practice takes pride in offering patients the most advanced technologies to make dental care as comfortable and effective as possible. Among our many cutting-edge tools is ultrasonic technology, which has revolutionized the way we perform a range of dental procedures.
Ultrasonic technology employs high-frequency sound waves to accomplish various dental treatments, such as removing tartar and plaque. The technology operates with greater precision, less discomfort, and better outcomes than traditional methods, providing our patients with a better overall experience.
Ultrasonic technology offers numerous benefits, including:
We utilize ultrasonic technology during our cleaning and periodontal treatment appointments.
At the office of Ryan S. Kinn, DMD, we pride ourselves on using the latest dental technologies to provide patients with the best possible dental care experience. With ultrasonic technology, we aim to make dental procedures more comfortable, faster, and more effective than ever before. Contact us today to schedule an appointment and experience dental care like never before.
At Ryan S. Kinn, DMD, we are always looking for ways to bring the latest innovations in dentistry to our patients. One of the newest technologies we are proud to introduce is digital dentures powered by Dandy Lab, a fully digital dental laboratory that streamlines the way dentures are made.
Traditional dentures often require messy impression materials, multiple fittings, and several weeks of waiting before a final prosthesis is ready. Digital dentures use state-of-the-art 3D scanning, computer-aided design, and advanced manufacturing to provide a faster, more comfortable, and more precise option for patients who need a complete or partial denture.
With Dandy technology, we can now capture your smile digitally, design your new teeth virtually, and produce them with advanced 3D printing and milling. This reduces the number of office visits and delivers results more quickly than ever before.
By partnering with Dandy Lab, Dr. Kinn can offer patients a modern solution for tooth replacement that combines comfort, precision, and efficiency. Whether you are getting dentures for the first time or need a replacement, digital dentures represent the next step forward in restoring a confident smile.
At the dental practice of Ryan S. Kinn, DMD, we believe that modern dentistry isn’t just about more tools—it’s about smarter tools. That’s why we are proud to offer Pearl AI, an advanced artificial intelligence system that works alongside Dr. Kinn and his team to enhance the way we evaluate dental X-rays.
Pearl AI is a state-of-the-art diagnostic aid designed to help dentists interpret dental radiographs (X-rays) with greater precision and confidence. It has been cleared for clinical use, and it helps detect issues such as dental decay (cavities), bone loss, hidden infections, margins around old fillings, and other subtle changes that may be difficult to spot by eye alone.
Pearl AI is not a replacement for Dr. Kinn’s professional judgment. Rather, it acts like a second expert pair of eyes—working in the background to highlight possible concerns that deserve closer inspection.
