State-of-the-Art Dentistry

  • We use advanced technology and equipment to support accurate diagnosis and effective treatment.
  • We follow strict sterilization protocols because patient safety is our highest priority.
  • We carefully select high-quality dental materials to support durable, reliable results.

CAD/CAM

Computer-aided design and computer-aided manufacturing (CAD/CAM) streamline the digital creation of porcelain dental restorations.

Digital planning helps us improve fit, reduce turnaround time, and create predictable, natural-looking results for our patients.

CAD/CAM milling equipment, laptop, and intraoral scanner
01Faster Turnaround

CAD/CAM technology creates detailed 3D images of your teeth and gums, allowing us to plan restorations with function and appearance in mind. Digital design and manufacturing streamline the process, reduce the need for traditional impressions and temporary restorations, and help shorten turnaround time.

02Improved Predictability of Outcomes

Digital planning lets us review a restoration before it is produced, helping us refine the design for a more predictable fit and result.

03High-Quality Dental Restorations

CAD/CAM technology uses high-quality porcelain to create precise inlays, onlays, and crowns designed for strength, function, and a natural appearance.

Laser

The Epic soft-tissue laser supports precise treatment, controlled bleeding, and improved patient comfort.

BIOLASE Epic X diode laser system
01Laser-Assisted Teeth Whitening

Laser-assisted whitening can produce noticeable results during a short in-office session.

02Start and Finish Laser Surgeries Faster
03Temporary Relief from Minor Pain

Epic 10 can provide temporary relief of minor pain, including discomfort associated with TMJ disorders. Its settings allow the clinician to tailor laser energy to the targeted tissue.

Waterlase

A New Way to Manage Peri-Implantitis

Our Waterlase features the REPAIR Implant protocol for flapless, acid-free debridement of implants and surrounding tissues. It offers a fast, effective, and minimally invasive alternative to traditional implant surgical tools.

01Versatile Tools for Smile Design

Waterlase can refine tooth and soft-tissue contours to support alignment, spacing, veneers, and other smile-design treatments.

Crown lengthening can adjust visible tooth proportions and help create a more balanced smile.

Waterlase can also shape gum tissue to improve balance and symmetry around the smile. For crowns, veneers, and other restorations, it may also support effective bonding.

02Precise Soft-Tissue Treatment

Compared with a scalpel, a dental laser can offer a more controlled approach for selected oral procedures.

The laser allows the clinician to cut, sculpt, or modify soft tissue while helping manage bleeding in the treatment area.

With Waterlase, the clinician can select a preset on the touch screen to support hemostasis and control of the surgical area.

03Better Management of Periodontal Disease

The minimally invasive REPAIR™ Perio protocol is designed to support periodontal treatment with a patient-friendly laser approach.

04Support for Root Canal Treatment

Waterlase can support root canal disinfection and cleaning, dentinal-tubule opening, decontamination before obturation, pulpotomy, pulp extirpation, and smear-layer removal.

05Patient-Friendly Restorative Dentistry

Waterlase can reduce the need for needles and drills in selected procedures and may help limit postoperative swelling and discomfort.

06Comprehensive Care for Kids

Our lasers can support selected pediatric procedures, including cavity preparation, soft-tissue treatment, pulpotomy, and pulp capping, with a minimally invasive approach.

Waterlase dental laser unit

Microscope

A dental microscope provides enhanced magnification and visibility during fillings, root canal treatment, and other detailed procedures, supporting precision throughout care.

Dentist using a surgical microscope during treatment

3D Printing

High-accuracy dental models for planning and treatment.

Patient-specific surgical guides for precise implant placement.

  • Temporary crowns and bridges.
  • Digital impressions that reduce the need for traditional plaster models.
  • Accurate try-ins and provisional restorations for treatment planning.
  • Custom dental appliances produced from precise digital designs.
Dental restoration being produced in a 3D printer