The GentleWave Procedure is a state-of-the-art alternative to standard root canal treatment. The ultracleaning technology of the GentleWave Procedure is an advanced combination of fluid dynamics and a broad range of soundwaves that work together to reach into the microscopic spaces and remove bacteria, debris and tissue.The GentleWave Procedure is so effective at cleaning and disinfecting the root canal system, there's less chance of failure over time.

At Glendale Microendodontics we use cutting edge VR/AR Technology for anxious patients. Why be at the dental office when you can have your root canal treatment at the beach, or while watching a movie or watching a cartoon! Our state of the art www.10XImmersive.com  technology allows you to do that, and you never have to get dental treatment at the dentist's office!

The microscope revolutionized the endodontic specialty and has become the standard of care for root canal treatment. It allows unprecedented visualization and accuracy of the finest detail, in order to access, clean, shape and obturate (seal) the root canal system.

Digital radiography is a type of X-ray imaging that uses digital X-ray sensors to replace traditional photographic X-ray film, producing enhanced computer images of teeth.  Digital radiographs can be viewed immediately and enhanced easily which can provide better contrast and detail.  They are easily transmitted electronically to dental offices without a loss of quality.  One additional benefit is that digital x-rays reduce radiation exposure 80-90% compared to the already low exposure of conventional x-rays.

TDO Software is a paperless system used to manage all patient records and information. This secure technology enables us to diagnose and treat our patients more efficiently and to communicate more effectively with both the patient and referring Doctor.

Our latest addition to our advanced technology suite is a state-of-the-art CBCT imaging system. This technology provides high-resolution, three-dimensional visualization of dental anatomy and surrounding structures, allowing for more accurate diagnosis and highly precise treatment planning. By eliminating the limitations of traditional two-dimensional imaging, CBCT enables us to better identify complex anatomy and deliver care with greater confidence and predictability.