CBCT segmentation software: bone in minutes, not hours.
CBCT segmentation software does the bulk pass and you refine what matters, so the hours an implant case used to lose to tracing go back to patients.
Implant planning in any dental implant software has a quiet bottleneck. Before you can plan a single fixture, you need a usable bony reconstruction out of the CBCT — and historically the only way to get one was to draw the bone boundary by hand, slice by slice, occasionally jumping to a coronal or sagittal view to verify, and tweaking the threshold values until the inferior alveolar canal stops disappearing into the artefacts.
It's not interesting work. It's not patient-facing work. On a busy implant day it's where a couple of hours go that should have been spent with patients. And it's not even where the clinical value lives; the clinical value is in the planning decisions, not the tracing that precedes them.
The CBCT segmentation software does the bulk pass
Load the CBCT DICOM volume into Implant Master. Within minutes — not hours — the AI returns a clean bony reconstruction:
- Maxilla and mandible cortical bone outlines.
- Canal traces (inferior alveolar, mental foramen, incisive).
- Sinus floor topology.
- Adjacent tooth roots, segmented as separate entities.
The reconstruction is yours to plan against immediately. You don't have to wait, you don't have to outsource the tracing, and you don't have to charge for tracing time anymore.
You refine where the AI was unsure
This isn't a "AI replaces the clinician" pitch. The clinician's judgment matters most exactly where the AI is least confident — the difficult sinus floor, the partially-edentulous ridge with an unusual boundary, the artefact zone where the threshold doesn't quite resolve. The workspace surfaces the regions of low confidence and lets you correct them directly, with the standard tools (brush, threshold, slice editing).
The split is intentional: AI on the repetitive bulk work, clinician on the parts that need clinical reasoning. That's the line we've drawn across every AI feature in GuideMia, not just CBCT.
The same AI runs on mesh files
This is the part of the story that often gets missed. Orthodontic software has its own version of the slice-by-slice problem: segmenting individual teeth out of an intraoral scan, which can take just as long as bone segmentation if you do it by hand. GuideMia runs AI segmentation on mesh files too — load an intraoral scan into OrthoPlus, and the teeth come out auto-segmented and ready for staging. Same trust model: AI on the bulk pass, clinician refines.
What this changes for surgeons
- Planning time per case drops. Often to a fraction of what it used to take.
- You see more patients. The hours that used to disappear into tracing are back in front of patients.
- Tracing isn't a barrier to second opinions anymore. Share a plan with a referring colleague through the free Implant Planner viewer — they're not staring at an unsegmented CBCT trying to figure out where the bone is.
What this changes for labs
- Implant cases arrive with segmentation done. The lab's guide designer refines a real reconstruction instead of building one from scratch.
- Turnaround tightens. The handoff from surgeon to guide designer doesn't lose time to "I haven't segmented the bone yet."
- Cost per case drops where the segmentation labour used to live.
- Consistency across designers. The new hire and the senior designer start from the same AI baseline.
Try it on one of your cases
Book a walkthrough on a real CBCT from your practice — we'll show you the AI segmentation pass and where the refinement effort actually goes. Open the product page at guidemia.com/products/implant-master, or leave your email below for the walkthrough invitation.
Part of Dental Case Lifecycle Management. Cympha runs every dental case as one tracked record — intake to outcome, across every doctor, lab, and supplier — instead of a dozen disconnected tools. What is DCLM? →