Even with digital guides and cone-beam scanners, many clinicians spend evenings painstakingly tracing nerve canals, sculpting bone boundaries and guessing soft-tissue emergence. Every extra click means another minute off the clock—and another opportunity for error. Green X powered by DAVIS removes much of that manual grind. By delivering automatic anatomic segmentation, it turns the long haul from diagnosis to treatment planning into a swift, confidence-building conversation.
How Does Auto-Nerve Mapping Save Precious Millimetres?
The inferior alveolar nerve canal defines the safety envelope for every mandibular implant. Traditionally, clinicians either trace it slice-by-slice inside third-party software or send the DICOM set to an outsourcing lab—both add lag and invite human variation. Davis AI performs the tracing automatically during scan reconstruction. The resulting 3D canal is overlaid in vivid colour and measured to the nearest tenth of a millimetre. Immediate visualisation means you no longer “guesstimate” a 2 mm buffer; you place fixtures where bone volume and neurosensory safety genuinely align, even in atrophic ridges.
Can Virtual Extractions Improve Surgical Staging?
For immediate placement cases, the big unknown is socket morphology post-extraction. Green X powered by DAVIS tackles this by isolating each tooth and simulating its removal with a single click. What remains is a cavity map showing real-time width, depth and proximity to neighbouring anatomy. With these data, you can decide instantly whether the initial drill sequence will respect residual cortical bone or whether staged grafting is wiser. That level of foresight shrinks surgical surprises and helps patients understand why a “simple extraction plus implant” sometimes needs a ridge-preservation phase.
What Role Does Smart Implant Positioning Play in Restorative-Driven Planning?
Once the true borders of bone and nerve are visible, Green X lets you drop virtual fixtures directly into the scan. Unlike generic planning platforms that assume a parallel cylinder, Smart Implant Positioning factors in AI-derived cortical thickness, density gradients and prosthetic emergence angles. The software advocates the deepest, yet safest, placement without violating cortical plates or compromising crown aesthetics. Because Green X powered by DAVIS has already labelled every tooth, antagonist and occlusal plane, you can preview inter-arch clearance in real time—minimising the risk of discovering a prosthetic nightmare after surgery.
Does AI Actually Shorten Chair-Time Without Raising Risk?
Early adopters report a 40–50 % reduction in total planning minutes per full-arch case. That time win does not come at the cost of oversight; clinicians retain full editing control and can validate each finding before locking the plan. More important, they can do so in front of the patient. Seeing a colour-coded canal and perfectly centred implant on screen turns a technical lecture into an easy “yes”. Higher case acceptance combined with fewer post-scan lab fees equals a planning workflow that pays for itself long before the first surgical guide is printed.
Practical Take-Away
Green X powered by DAVIS transforms implant planning to a quick and smart procedure. Automatic nerve tracing, virtual extractions and density-aware fixture placement deliver a blueprint that’s both biologically safe and prosthetically sound—while the patient is still in the room.
References
- Vatech ANZ – Green X 12 product overview (vatechanz.com.au)
- DAVIS software summary – Vatech Australasia (vatechanz.com.au)
- Green X AI segmentation white paper – Vatech Europe (vatech-eu.com)
- Vatech America – Low-dose and AI integration overview (vatechamerica.com)
- Clinical note on density-driven implant placement – SciVision Medical (scivisionmedical.com)