i-CAT® 3D Imaging

Benefits of Cone Beam CT Scans

South Bay Dentistry harnesses the power of i-CAT® 3D Imaging to deliver exceptional dental care to our patients. Being a professional dental office in Gardena, we prioritize the integration of advanced technologies that enhance our diagnostic capabilities and treatment outcomes. i-CAT® 3D Imaging stands at the forefront of dental imaging technology, allowing us to capture detailed three-dimensional images of the oral and maxillofacial structures. 

With this cutting-edge technology, we can accurately assess complex dental conditions, including impacted teeth, bone structure, and airway analysis. The high-resolution images generated by i-CAT® enable our skilled team of dental professionals to develop precise treatment plans, provide accurate diagnoses, and optimize the delivery of our comprehensive dental services. By incorporating i-CAT® 3D Imaging into our practice, we ensure that our patients receive the highest standard of care in a comfortable and efficient manner.

Oral surgery is a complicated field. One of the most important aspects is diagnosing the problem in a way that is accurate and effective.

The utility of 3D imaging technology in dentistry is evident due to its unparalleled ability to unveil previously unseen details. Through this advanced technology, dental professionals gain access to cross-sectional views, including bucco-lingual perspectives, as well as axial, sagittal, coronal, and panoramic views. These comprehensive visualizations, made possible by digital technology, offer valuable insights that were previously unattainable. By utilizing 3D imaging, dental practitioners are equipped with a powerful tool to enhance diagnosis, treatment planning, and patient communication. This transformative technology empowers dental professionals to provide precise and effective care, revolutionizing the field of dentistry.

At South Bay Dental, our practice utilizes state-of-the-art 3D cone beam CT technology that provides highly accurate 3-D images. This technology can be used to diagnose dental implantology, TMJ analysis, airway assessment, and oral and orthognathic surgery.