A mapped pathway from imaging to healed ridge — image, plan, instrument, operate and restore on one surgical thread of data that carries every case from the first scan to the final restoration.
Every stage hands its data to the next — the volume becomes the plan, the plan stages the instruments, the instruments execute the surgery, and the healed site drives the restoration.
Oral surgery begins with volume data. A CBCT scan from your clinic's or partner imaging equipment arrives as DICOM and is fused into one surgical case file — third-molar position, root morphology, the course of the inferior alveolar nerve, the sinus floor and cortical boundaries, all read from the same dataset.
Auralis Insight, the AI assessment module, flags the risk anatomy automatically: distance between root apices and the nerve canal, bone volume, cortical thickness and relative density at the planned osteotomy, and the relationship of impacted teeth to neighbouring roots — an anatomical assessment rather than a quantitative diagnosis, documented before consent, not discovered during surgery.
In Auralis Studio's surgical planning workspace the approach is decided before the flap is raised: sectioning lines for impacted molars, osteotomy extent, flap design and the safety margin to nerve and sinus are drawn directly on the registered volume. Measurements taken on the volume serve as planning references; final values are confirmed by the surgeon intra-operatively.
Where surgery continues into implant placement, the same plan flows restoratively-driven — extraction site, graft volume and future fixture position are planned as one case, not two.
Irrigated surgical handpieces, a torque-controlled implant motor and ultrasonic bone-surgery capability cover the armamentarium for extraction, alveolar surgery and osteotomy — clinic equipment tier, capability-level, no proprietary lock-in.
Auralis Tool Kits organise drills, stops and drivers by system, so for implant-bound surgery the instruments on the bracket table correspond line-for-line to the plan on the screen.
With anatomy mapped and instruments staged, the procedure follows the rehearsed sequence: flap and access, sectioning and elevation of impacted teeth, alveolar ridge recontouring, socket management and, where indicated, graft placement for ridge preservation. For high-risk cases where the roots of a third molar approximate the inferior alveolar nerve, coronectomy remains a documented, risk-based alternative to full extraction.
Haemostasis, irrigation and suturing close the field; post-operative instructions and the complete surgical record — images, plan and operative notes — stay in the same case file for review and referral continuity.
Most surgical fields are not the end of the pathway but its groundwork. Where teeth are lost, the healed site hands over to the implant pathway; where guidance is needed, the surgical guide is printed in-house on the same equipment line that serves the lab.
The five stages collapse into a single kit. Every line links to the product page — specify the whole pathway or start with one stage and grow.
| Stage | What happens | Auralis products |
|---|---|---|
| 01 · Image | CBCT volume (DICOM); AI read of nerve, sinus, roots, bone volume & morphology | Studio Insight AI · CBCT imaging via DICOM — capability level |
| 02 · Plan | Sectioning, osteotomy & flap design on the registered volume; safety margins explicit | Studio Surgical Planning |
| 03 · Instrument | Surgical handpiece, implant motor & piezo tier staged; system kits laid to the plan | Tool Kits (Multi-system compatible) · handpiece, motor & piezo — capability level |
| 04 · Operate | Extraction, alveolar & impacted-tooth surgery; record archived to the case file | Studio Clinic |
| 05 · Restore | Healed site hands off to guided implant placement & the final restoration | Print · Implant Dentistry |
From the first CBCT to the healed ridge — our team maps the imaging, planning and instrument kit to your case mix across Southeast Asia.