Dental Bonding
Our Technology

Soft Tissue Laser

Highland Dental utilizes state-of-the-art soft tissue laser technology to revolutionize procedures involving the gums and oral soft tissues. Our patients benefit from less invasive treatments with reduced discomfort and faster healing times. The precision of the laser enables our skilled dental professionals to address periodontal issues with unparalleled accuracy, ensuring optimal oral health and aesthetics.

CEREC® CAD/CAM Dental Crown

We employ the innovative CEREC® CAD/CAM system to streamline the creation of dental crowns. This cutting-edge technology allows us to design and fabricate crowns in a single visit, eliminating the inconvenience of multiple appointments. Patients leave our office with precisely fitted, durable crowns that seamlessly blend with their natural teeth, restoring both function and beauty.

3D Printer

Highland Dental embraces 3D printing technology to craft intricate dental prosthetics and orthodontic devices. Our 3D printers produce highly detailed, custom solutions that optimize the fit and functionality of appliances like dental implants and braces. This technology empowers our team to provide patients with tailored, long-lasting solutions for their unique dental needs.

iTero Scanner

The iTero scanner enhances the patient experience at Highland Dental by making impressions a breeze. This digital scanning technology eliminates the discomfort and mess associated with traditional molds. It ensures precision in orthodontic treatments and the creation of clear aligners, making the journey to a straighter, healthier smile more comfortable and efficient.

Digital X-Rays

Our practice relies on advanced digital X-rays to enhance diagnostics while prioritizing safety. Our digital X-ray technology minimizes radiation exposure for patients while providing clear, high-resolution images that aid in the prompt detection of oral health issues. This eco-friendly approach to dental imaging ensures that our patients receive top-notch care with reduced environmental impact.