3D bone is non-negotiable for implant planning.
Cone-beam CT is the imaging baseline at Revive. Every implant case begins with a CBCT that shows bone volume, density, sinus anatomy, nerve canal positions, and the spatial relationships between potential implant sites and existing dentition, in three dimensions. A 2D panoramic X-ray, by contrast, flattens that anatomy onto a single plane and routinely hides the things that matter most: the buccal-lingual thickness of the bone, the floor of the maxillary sinus, the proximity of the inferior alveolar nerve.
For routine single-implant cases the CBCT confirms safety. For full-arch and complex cases it does the planning work. The difference between a surgical guess and a surgical plan. We don’t place implants without it; we don’t plan zygomatic cases without it; we don’t accept that “a panoramic should be enough” as a substitute.
Surgery on the screen first.
The CBCT data is loaded into implant-planning software where the surgeon simulates the full procedure before any drill touches bone. Implant position, angulation, depth, proposed prosthetic emergence, and adjacent anatomy can all be evaluated and adjusted in three dimensions. The plan is iterated until the position is right, then exported as a surgical reference, and, where appropriate, as the design file for a custom surgical guide.
The hidden benefit of doing the case on the screen: the problems that would otherwise be solved in the operatory under sedation get solved at the planning desk. A bone defect that looked workable on the X-ray turns out, in 3D, to need an alternative approach. That gets known a week before surgery, not at the chair.
For full-arch cases, the digital plan becomes the source of truth that the surgical team and the in-house lab both work from. The provisional prosthesis the lab will deliver same-day is designed against the planned implant positions, not against a guess.
What surgical guides actually do.
A surgical guide is a custom-printed device that fits over the existing teeth or onto pre-placed reference markers, with precision-machined sleeves that constrain where the surgical drill can travel. The guide translates the digital plan into the actual site with sub-millimeter accuracy where the case complexity warrants it.
Where we use guided surgery: full-arch cases (where parallelism across multiple implants matters and human eyeballing isn’t reliable), narrow ridges (where there’s no margin for error in buccal-lingual position), and cases where the implant trajectory has to thread between critical anatomy, including most zygomatic implant placements. Where we don’t: straightforward single implants with adequate bone, where a freehand placement by an experienced surgeon is as accurate as a guide and significantly faster.
The choice between guided and freehand is part of the digital plan, and you’ll see which approach we’re using before surgical day.
From digital design to physical prosthesis.
The mill and 3D printer in our in-house lab are the bridge between the digital plan and the physical prosthesis you wear home. Provisional prostheses for full-arch cases are typically milled from PMMA, strong enough for the integration period, easy to adjust, and cut in a few hours from the surgical scan. Final restorations are most often monolithic zirconia, milled in the same lab from a single block, then stained, glazed and finished by hand.
The reason this matters: when the surgical team and the lab share a building, the workflow stays continuous. The lab doesn’t wait for shipping. The surgeon doesn’t guess at what the lab will produce. The patient doesn’t lose a week between provisional delivery and bite correction. See our in-house lab for the workflow detail.
The whole workflow stays digital.
From scan to finish, the data doesn’t leave the digital pipeline:
- Scan. Intraoral digital impression plus CBCT. Both captured chairside and loaded into planning software within minutes.
- Plan. Implants placed virtually. Prosthetic emergence designed. Surgical guide created where indicated. Reviewed with the patient before surgery.
- Place. Surgery executes the plan, with or without a guide depending on case. Anesthesia delivered in-house.
- Mill. Provisional prosthesis cut in our lab during the surgical window. Seated the same day in most full-arch cases.
- Finish. Final prosthesis designed from the integrated implant positions, milled and hand-finished in the lab, and delivered after the integration period.
The result, for the patient: fewer appointments, shorter timelines, and a final outcome shaped by people who’ve had eyes on the whole case from day one. Full-arch rehabilitation is where the workflow shows its value most; book a consultation if you want to see your own imaging run through it.