At our practice, we use a comprehensive suite of advanced technologies to enhance diagnostic accuracy, surgical precision, patient comfort, and recovery times. These include i-CAT 3D imaging, CO₂ laser technology, a surgical microscope, Piezosurgery, the Osstell implant stability system, and digital radiography.

i-CAT 3D imaging provides high-definition, three-dimensional scans of a patient's anatomy in real time. This allows Dr. Jay P. Malmquist and Dr. Michael P. Malmquist to evaluate bone structure, tooth orientation, and jaw joints with exceptional clarity. The imaging system helps identify bone deformities, cysts, tumors, or other pathology, and is especially useful in planning dental implants by determining exact positioning, proximity to vital structures, and whether procedures like bone grafting or sinus lifts are needed.

The CO₂ laser is a powerful tool that emits a focused beam of light energy, allowing for minimally invasive treatment of soft tissue conditions. It offers precision and predictability with minimal bleeding, little to no discomfort, and reduced need for anesthesia. It does not require the treatment area to be sterilized and has a minimal impact on surrounding tissues. We use the CO₂ laser for a variety of procedures such as crown lengthening, gum grafts, frenectomies, periodontal disease therapy, removal of excess gum tissue or skin imperfections, and laser-assisted dental implant surgery—all with virtually no bleeding or swelling.

Our surgical microscope enhances visibility during procedures, allowing for greater accuracy and smaller incisions. This leads to less trauma to bone and soft tissue, quicker healing, and a more comfortable recovery. It plays a key role in achieving minimally invasive results during implant and soft tissue surgeries.

Piezosurgery uses three-dimensional ultrasonic microvibrations to cut bone with exceptional control while preserving nearby soft tissues. Unlike traditional surgical tools, this method allows for highly precise and safe osseous surgery. It provides clear visibility during the procedure, reduces bleeding, and ensures a more predictable outcome for both the surgeon and the patient.

Digital radiography allows us to capture highly detailed images quickly while exposing patients to significantly less radiation compared to traditional X-rays. These images help us diagnose cavities, assess bone levels, examine tooth roots, and detect conditions such as cysts, tumors, or trauma-related damage. Because digital images can be stored electronically, they are easy to retrieve, share with specialists, and submit to insurance providers.