Technology

Choosing a dental practice that embraces state-of-the-art technology can help ensure that you receive the best possible care for your oral health needs.

The advanced equipment and tools can aid in accurate diagnosis, efficient treatment, and better patient experience.

Illustration of a tooth with a leaf, indicating dental or oral health.

With the help of advanced imaging techniques, dentists can identify dental issues at an early stage, which can prevent more serious problems in the future.

A stylized, cartoon-like tooth with a leaf on top, wrapped in a bandage or ribbon.

Modern equipment can provide more precise and less invasive procedures, leading to faster recovery times and decreased discomfort for patients.

A black and white logo of a tooth with a leaf attached, wrapped with a dental thread or string.

CBCT: Cone Beam Computed Tomography

CBCT provides a comprehensive 3-D digital image of the teeth and jaw. It is useful for diagnosing complex dental conditions and is faster, safer, and more comfortable than a medical CT scan.

Dental X-ray machine in a medical office with a computer on a white desk, a black chair, and a wall painting.

The CBCT significantly enhances our diagnostic capabilities because we can see the mouth in 3D.

This means we can see if there is an infection that we might not be able to see with a regular sensor. Additionally, we can evaluate the jawbone, teeth, airway, and surrounding tissues with exceptional clarity. In addition to these diagnostic benefits, CBCT’s precise imaging is essential for accurate dental implant placement. We can ensure optimal alignment and integration with the jawbone. This accuracy reduces surgical risks and enhances treatment outcomes.

Cerec

We use our CEREC machine to offer same-day crowns. Dr Browns gives a summary of the technology and how we use it.

Medical laboratory instrument setup with a centrifuge in the center, a small gray machine on the right with a digital display, a white machine on the left connected with cables, and a wall-mounted storage container with labeled compartments above. A paper towel roll is on a wall-mounted holder to the left.

Lasers

We have four lasers in the office. They bio-simulate, disinfect, cut, and promote healing. The Fotona laser has an erbium yag and nd:yag, which has many uses.

A medical robotic device with a digital touchscreen control panel displaying settings for energy, wattage, and timing, used in surgical procedures.

Lasers in dentistry offer significant advantages, enhancing patient comfort and procedural precision.

They allow for minimally invasive treatments, reducing the need for anesthesia and minimizing bleeding and swelling. This leads to quicker recovery times. Lasers are also highly effective in sterilizing treatment areas, lowering the risk of infections. Their precision improves the outcomes of various dental procedures, including tooth decay removal, gum reshaping, and whitening treatments.

“A dental practice that embraces state-of-the-art technology can provide patients with numerous benefits. Advanced equipment and tools can aid in accurate diagnosis, efficient treatment, and a better overall experience. With the help of modern imaging techniques, dentists can identify dental issues at an early stage, which can prevent more serious problems in the future. Additionally, precise procedures with modern equipment can lead to faster recovery and less discomfort.”
— Carmen Burke

PRF Centrifuge

A PRF (Platelet-Rich Fibrin) centrifuge concentrates platelets, growth factors, and fibrin from a patient's blood sample.

Test tubes filled with yellow and dark red liquids on a metal rack, with a small container of powder in front.

PRF can dramatically decrease swelling and discomfort following any surgical treatment. It stimulates the production and retention of gum tissue volume and jawbone density.

A PRF membrane is produced from a patient's blood cells and placed in our centrifuge with nothing added, so it is very safe. Read about our Experiences with PRF

The Wand

The Wand® delivers gentle, precise dental anesthesia using computer control for a virtually painless, stress-free experience.

The Wand® is a computer-assisted dental anesthesia system that delivers precise, virtually painless numbing.

By controlling the flow rate and pressure of anesthetic, it eliminates the sting associated with traditional injections. Its ergonomic, pen-like design enhances comfort and accuracy, making dental treatments smoother and more relaxing for patients of all ages. See our blog post for more information.

Piezosurgery

Piezosurgery involves using ultrasound waves to cut into bone. We have a piezosurgery unit in our office.

Three women practicing dental work or dental training with dental simulators in a clinical setting.

Piezosurgery is a more gentle and noninvasive procedure that uses ultrasound waves to cut into bone.

We then apply gentle pressure at key points, using leverage instead of brute force. The ultrasound waves are designed not to damage surrounding tissue, giving Piezosurgery its distinct advantage. Maintaining the bone between the roots (inter-radicular bone) increases the chances of placing a ceramic implant immediately after extraction.

Piezosurgery ensures more comfort during an extraction because no strong force is applied.

Ozone Generator

We have three ozone generators in our office.

Ozone is an excellent disinfectant, and dealing with infections is a big part of dentistry. In 2017, I asked Dr. Phil Mollica, a long-time speaker on ozone in dentistry, about ozone.

See our blog post on Ozone

Dental surgeons and assistant working on a patient in a dental clinic, with dental equipment and a monitor displaying an inside view of a patient's mouth.
“I can’t say enough good things about this practice. Friendly and highly educated people, state-of-the-art technology, and a holistic mindset. I went to several dentists in the area before settling on this practice and so glad I went through the process to find them.”
— Elizabeth Anderson (google)

Digital Impressions

Digital impressions are more accurate and more convenient. The patient doesn't have to have unpleasant impression materials in their mouth.

A close-up view of a dental model showing the upper teeth, gums, and an orthodontic space with a round hole in the gum area.

In-House Dental Lab

We have an in-house dental lab to make implant crowns, bridges, and surgical guides. We use Cerec for our same-day crowns.

A group of three dental professionals, two women and one man, working together in a dental laboratory, wearing black scrubs, surgical masks, and caps, using specialized equipment.

Having an in-house lab allows us to control the turnaround time for our restorations and offer better service.

Current CAD/CAM technology and digital impressions have simplified the production process to deliver high-quality restorations. Bringing this process in-house is better for our patients and us because we have control of the delivery process. We have a state-of-the-art milling machine and furnace to mill the crowns. We trained a local artist, Nikki, to stain the crowns and match the color. She has an excellent eye and does beautiful work. We use exocad to design the restoration and have CeraRoot for support if we have any questions.

Dentin Grinder

Our FDA approved Dentin Grinder converts extracted teeth into high-quality autologous (from your own body) dentin graft in minutes for predictable bone regeneration.

The Smart Dentin Grinder by KometaBio transforms an extracted tooth into a biocompatible graft within minutes.

After cleaning and drying, the tooth is ground into uniform particles, then demineralized in a proprietary solution. The resulting dentin graft—rich in growth factors—is immediately placed in the surgical site, promoting rapid bone regeneration and natural healing.

Alpha-Stim

We use Alpha-Stim to promote relaxation and reduce anxiety during dental procedures.

This FDA-cleared, non-invasive technology regulates brain activity and can relieve pain through Microcurrent Electrical Therapy (MET). Read Product Overview

Diagram showing putative mechanism of brain stimulation for pain relief, depicting brain regions, neural pathways, and effects such as decreased arousal, mood regulation, and sensory processing, including the prefrontal cortex, amygdala, hypothalamus, thalamus, and brainstem.