Endodontic success is determined by what you can see and how precisely you can work. Magnification, 3D imaging, and biocompatible materials aren't features — they're how a specialist gives your tooth the best possible chance.
Editorial radiation correction, October 18, 2026: these revised imaging statements have not been clinically reviewed. The earlier review of this page does not cover these corrections or their translations.
The vast majority of root canal failures don't come from the procedure being "too aggressive" — they come from missed anatomy. A canal you can't see is a canal you can't clean. A crack you can't detect is a crack you can't address.
Every piece of equipment on this page is here for one reason: to find what would otherwise be missed, and to seal what would otherwise leak. That's the difference between a 70% success rate and a 95% success rate.
Silicon Valley Endodontics and Microsurgery editorial addition. Only the Swanson and Turgeon summaries in this addition were clinically reviewed by Dr. Jason Kung, DDS, MS, on September 30, 2026, in English and all seven translations. Other summaries are not covered by that review; review of these two summaries does not update the surrounding page's earlier clinical review.
Swanson and colleagues’ JADA perspective (2026;157(9):957–967) discusses bringing emerging technology, including potential AI applications, into care. The question is not simply whether a tool performs well in a study, but whether it improves outcomes that matter to patients. This is not an AI diagnostic-accuracy trial or proof of superior endodontic outcomes. Independent validation and clinical judgment remain important; this summary does not claim our practice uses diagnostic AI.
Swanson et al. JADA 2026;157(9):957–967.New JOE evidence shows why an AI alert needs clinical interpretation. In Allihaibi’s commercial-platform study, tooth-level sensitivity was higher than clinicians’ (67.3% versus 49.3%), but specificity was lower (82.3% versus 92.5%): more possible findings, more false alarms. CBCT was the imaging reference, not proof that treatment failed. In Akyüz’s separate 60-case benchmark, chatbots missed important complications, including perforations and broken instruments. These studies do not demonstrate better healing.
Read the patient guide to AI in endodonticsA single dental image is not a full-mouth series, which contains multiple exposures. RadiologyInfo lists an approximate adult dental X-ray value of 0.005 mSv (5 µSv), not a full-mouth-series dose. CBCT dose varies with equipment, field size, rotation, resolution, exposure settings, and patient size. It cannot be described universally as a few standard X-rays. The FDA recommends CBCT only when needed information cannot be obtained with lower-dose alternatives, using the lowest dose that provides adequate diagnostic quality.
Editorial radiation correction, October 18, 2026: these revised imaging statements have not been clinically reviewed. The earlier review of this page does not cover these corrections or their translations.
See the sourced, protocol-specific CBCT radiation guideMagnification and illumination
Magnification and focused light help the clinician inspect accessible tooth surfaces and canal openings. Our guide explains focusing, documentation options and how microscopes complement CBCT; manufacturer options do not confirm our installed configuration.
Why it matters
A microscope cannot see through roots or guarantee success. This revised summary and the linked guide await clinical review.
Cone Beam Computed Tomography
We use the J. Morita Veraview X800 for three-dimensional imaging when it can answer a clinical question that conventional images cannot. A limited 40 × 40 mm field focuses on the area of interest. Dose also depends on rotation, exposure settings, resolution, patient size, and tooth region; the machine name and field size alone do not establish a patient's dose.
Why it matters
CBCT can help evaluate complex anatomy and plan retreatment or surgery. The FDA notes that CBCT generally delivers more radiation than conventional dental X-rays and less than other CT exams. It should be justified individually, not used routinely.
Mineral Trioxide Aggregate
We use MTA and modern bioceramic sealers — biocompatible materials that bond to dentin, set in the presence of moisture, and actively encourage tissue regeneration. Used for root-end fillings during surgery, perforation repair, regenerative procedures, and apexification.
Why it matters
Bioceramic materials have transformed outcomes for cases that would have been hopeless 20 years ago. They're the standard of care for any procedure that touches living bone or tissue.
Precision instrumentation
Electronic apex locators measure root canal length to within a fraction of a millimeter — far more accurate than X-rays alone. Combined with warm vertical condensation and bioceramic sealers, our fills create a 3D seal that reaches into accessory canals.
Why it matters
Most root canal failures come from incomplete cleaning or sealing of the canal system. Modern technique reaches places that traditional cold-fill methods leave open to bacteria.
Digital records and imaging
Our X-rays and records are digital. Exposure depends on the imaging technique, detector, collimation, and settings; a fixed percentage reduction compared with film does not apply to every examination. We send X-rays and reports to your referring dentist within 24 hours of your visit.
Why it matters
Digital records support timely diagnosis and coordination with your dental team. Existing images should be reviewed to avoid unnecessary duplicate exposures.
Modern anesthesia techniques mean almost every patient is comfortably numb within minutes. We have specialized techniques (intraosseous, intraligamentary) for the rare patient who is hard to numb.
A rubber dam isolates the tooth being treated from the rest of the mouth — keeping the field clean, preventing accidental swallowing of small instruments, and significantly improving outcomes. Required by the standard of care.
All instruments are sterilized in autoclaves with biological monitoring. Single-use disposables are used wherever possible.
We weigh the diagnostic benefit against radiation risk and use settings appropriate to the clinical question and patient. A small field alone does not guarantee a low dose. Children need particular attention to exposure settings.
Available on request. Many patients prefer to listen to music or podcasts during treatment.
Acute pain or trauma — we make every effort to see you the same day, including weekends.
Tour the office before you commit. Most consultations are 30 minutes and include a microscope examination — you'll see exactly what we see when looking at your tooth.
Disinfection — what the 2026 evidence shows
A May 2026 scoping review in the Journal of Endodontics (Karobari et al., 22 studies) found no significant difference between branded high-end irrigation systems and well-executed ultrasonic activation on the outcomes that actually matter — smear layer removal, biofilm reduction, and postoperative pain. We use ultrasonic activation with sodium hypochlorite under microscope, the protocol with the strongest evidence behind it, and we don't pass along the cost of equipment whose clinical advantage hasn't been demonstrated.
Read the full disinfection-technology comparison →Dr. Jason Kung provides microscope-guided endodontic care to patients across Silicon Valley from our Sunnyvale office. Evening and weekend hours, same-day emergencies, free on-site parking.