The Best In Dental Technology

Intra-Oral Scanning

Intra-Oral scanning has revolutionized the way dentists make impressions for crowns and bridges. Instead of biting together on gooey, slimy material, this 3D imaging takes thousands of high-definition photos in just a few seconds. The software then stitches these images together to create a 3D representation of your mouth. These digital impressions make the experience more comfortable for patients and help dentists provide more accurate diagnoses and prevent problems from developing.

This technology allows dentists to provide better care with greater accuracy and efficiency. The advantages of intra-oral scanning include the following: 

• No more messy impressions 
• Reduced chair time
• More accurate representation of the patient’s mouth than traditional impressions 
• Dentists can detect problems earlier and plan treatments more effectively

Inta-Oral Camera

Intraoral cameras are a revolutionary tool in the field of dentistry. These tiny digital cameras look like long pens and give dentists a more detailed picture of what’s happening inside your mouth. This camera provides dentists with real-time video and images of your gum condition, the surfaces of your teeth, and small cavities that cannot be seen with the naked eye. These cameras help dentists detect problems earlier on so that they can take action sooner rather than later, ultimately leading to better oral health outcomes for everyone involved. 

Cone Beam CT

Cone beam computed tomography (CBCT) gives dentists a three-dimensional image of the patient’s teeth, including soft tissue, nerve pathways, and bones. This technology has revolutionized the dental industry, allowing for more accurate diagnosis and treatment planning. Oral surgeons use this technology to plan surgeries for placing dental implants, thus ensuring greater success rates.

The CBCT scan is quick and painless for the patient, taking only a few minutes to complete. The images produced by this technology are highly detailed and give dentists unprecedented accuracy when diagnosing conditions such as impacted teeth or cysts. It also allows them to plan complex surgeries such as orthognathic surgery or jaw reconstruction with greater precision. Furthermore, CBCT scans can detect early signs of numerous oral health problems before they become more serious. The CBCT scans utilize a low radiation dose protocol for the safety of our staff and our patients.

Digital X-Rays

Digital dental x-rays are an essential part of modern dental care. They allow dentists to identify signs of disease and distress that may not be visible during a routine visual examination. Digital x-rays also provide dentists with a record of your teeth, which can help them look for changes in your teeth that could indicate bite instability and can identify infections and other pathology in your jaw..

Digital dental x-rays are extremely safe, with minimal radiation exposure. They are faster and more comfortable compared to traditional x-ray methods. The digital images produced by the x-ray machine can be viewed almost immediately on a computer monitor, allowing the dentist to diagnose issues quickly and accurately. Digital images can be stored electronically for future reference or shared with other healthcare professionals. 

Panoramic X-Rays

Panoramic X-rays rotate 360 degrees around the patient’s head to provide a full picture of the jaw bones, teeth, sinuses, and nasal area. This technology gives our dentists a better understanding of any issues in the mouth and helps them diagnose conditions such as impacted teeth or cysts. It also allows for more accurate treatment planning for extractions and orthodontic procedures. The amount of radiation exposure from panoramic X-rays is minimal. 

Soft Tissue Lasers

Soft tissue lasers are a revolutionary technology that allows dentists to perform a variety of treatments more quickly and accurately than traditional methods. These dental lasers can be used for procedures such as gum recontouring, which can help reduce the appearance of a gummy smile or uneven gum line. They can also be used for crown lengthening, a procedure that can help improve the appearance of a person’s smile by making their teeth appear longer. 

Soft tissue lasers are also beneficial for treating gum disease that can lead to tooth decay, as they reduce bacteria and inflammation in the gums more effectively than traditional treatments. Additionally, these lasers promote faster healing times and less post-operative discomfort for patients, allowing them to return to their normal activities sooner.

Planmecca Planmill 35

The Planmeca Planmill 35 is a state-of-the-art milling machine that can produce high-quality dental crowns and bridges in just one visit. This technology eliminates the need for patients to wait for their permanent restoration, as it can be completed in a single appointment. The Planmeca Planmill 35 also produces restorations that are more accurate and longer lasting than traditional methods.

SPRINTRAY 3D Printer

The Sprintray 3D Printer allows for the fabrication of several different types of dental appliances.  From mouthguards to temporary restorations on teeth and dental implants, the benefits of this technology are boundless. Rather than having diagnostic casts made traditionally with goopy impression materials, an intra oral scan will allow us to print these casts at a higher accuracy than with traditional methods.  

Cavitron Ultrasonic Scaler

Cavitron ultrasonic scalers are a safe and effective way to remove plaque, calculus, and stains from teeth. This technology uses sound waves that gently break up deposits on the teeth, allowing for a more thorough cleaning than manual methods. The ultrasonic scaler also reduces the need for anesthesia, as it is gentle enough to use on even the most sensitive teeth. 

Rotary Endodontics Handpiece

The rotary endodontics handpiece is the ideal tool for performing root canal therapy. This technology uses a specialized combination of torque, speed, and pressure to efficiently remove diseased pulp from the inside of teeth while preserving as much healthy tooth structure as possible. This technology allows us to perform root canals with greater accuracy and less discomfort for our patients.