iTero 3D Scanner
Mess-free digital impressions that capture 6,000+ frames per second for precise crowns, aligners, and appliances — no goopy trays needed.
From iTero 3D scanning to in-house milling and CBCT imaging—see what powers our digital workflow.
We connect diagnostics, planning, and delivery with a complete digital workflow. That means fewer surprises, fewer visits, and results you can see before we start.
From mess-free 3D scanning and low-dose digital X-rays to same-day crown milling and in-house 3D printing, every tool in our practice works together to make your care more accurate, efficient, and comfortable. Explore the technologies below to learn how each one contributes to a modern dental experience.
Mess-free digital impressions that capture 6,000+ frames per second for precise crowns, aligners, and appliances — no goopy trays needed.
Cone-beam 3D X-rays reveal bone, nerves, sinuses, and airway in full detail — essential for implant planning and complex diagnoses.
Walk in with a damaged tooth, leave with a permanent ceramic crown — digitally designed and milled in-office in a single visit.
Instant, high-resolution images at up to 80% less radiation than traditional film. Enhanced clarity helps us catch problems early.
A pen-sized HD camera magnifies teeth up to 100x on a chairside monitor — so you see exactly what we see during your exam.
Soft-tissue diode laser for gum reshaping, frenectomies, and bacterial reduction — often with less bleeding, no sutures, and faster healing.
In-house fabrication of surgical guides, dental models, and custom appliances from your digital scans — often ready the same day.
Every tool connected: scans, X-rays, photos, CAD design, milling, and 3D printing work together for fewer visits and better results.
Clear, removable aligners engineered from 3D scans with ClinCheck digital planning — straighten teeth discreetly with predictable results.
Professional-grade dental photography with calibrated lighting for accurate shade matching, treatment planning, and before-and-after documentation.