Here at Maxus Dental, we hold a steadfast commitment to harnessing cutting-edge dental technology in order to consistently deliver the utmost level of dental care. Our pride lies in our utilization of cone beam 3D imaging technology, a groundbreaking addition to our practice. Also knowns as CBCT imaging, cone beam 3D technology serves as an imaging marvel, furnishing our dentist and proficient team with a meticulous three-dimensional reconstruction of your oral landscape, encompassing your teeth, mouth, jaw, neck, ears, nose and throat.
CBCT imaging may be used for a range of different purposes, including:
- Strategic Dental Implant Planning: We employ this technology to meticulously strategize the placement of dental implants, ensuring precision and optimal outcomes.
- Comprehensive Jaw and Face Evaluation: Our advanced imaging technique enables a thorough evaluation of your jaw and face, facilitating accurate diagnoses and tailored treatment paths.
- Robust Dental Issue Diagnoses: Whether it’s tooth decay, cavities or other dental issues, this technology’s detailed imagery allows for efficient detection and timely interventions.
- Personalized Endodontic Solutions: In cases of endodontic problems, our technology assists in meticulous planning of root canal therapy, ensuring effective treatment.
- Orthodontic Progress Monitoring: From assessing the progress of orthodontic treatments to tailoring ongoing plans, cone beam technology is a valuable tool.
The efficacy of cone beam 3D imaging in diagnosing, evaluating and strategizing treatments for dental conditions is profound. The standout feature of 3D cone beam technology is its ability to offer a comprehensive view of your oral cavity and supportive structures, surpassing the capabilities of digital X-rays.
To learn more about CBCT imaging in Aloha, Oregon, and understand its pivotal role in our commitment to exceptional care, please call our office today at 503-334-0930 and make an appointment with Dr. Kristy Lin. Your dental health and comfort are paramount to us.