Maxillary Exodontia Simulation Training Model
This Residual Root Extraction Training Model is a high-fidelity maxillary exodontia simulation model designed for dental students and surgical skills trainees.
It replicates clinically accurate retained roots, broken-down crowns, and partial edentulism across a realistic soft-tissue arch.
The model supports a full surgical workflow — from initial elevation and luxation through to socket preparation for implant placement.
As a surgical residual root extraction typodont, it bridges the gap between preclinical education and real-world oral surgical competency.
Features
- Targeted Pathology — Features realistic retained roots, broken-down crowns, and multi-rooted remnants across the maxillary arch to teach proper elevator positioning and forceps technique in anatomically accurate edentulous and partially dentate sites.
- Procedural Versatility — Supports a full range of exodontia techniques including luxation, alveolar expansion, root splitting, and controlled elevator application, allowing trainees to develop instrument control without risk of damaging simulated surrounding bone structure.
- Implant Workflow Integration — The partially edentulous sites, covered with soft silicone gingiva, support a complete implant surgical sequence: flap design, incision, osteotomy drilling, implant placement, and suturing.
Product General Info
| Parameter | Specification |
|---|---|
| Model Type | Maxillary Residual Root Extraction Training Model |
| Jaw Configuration | Maxillary (upper arch) |
| Dentition Status | Partial dentition with retained roots and edentulous zones |
| Pathology Features | Retained roots, broken-down crowns, multi-rooted remnants |
| Gingiva Material | Elastic silicone (soft tissue simulation) |
| Bone Matrix | Type II–III cancellous bone replication |
| Training Scope | Extraction, luxation, root splitting, pre-implant socket preparation |
| Target Users | Dental students, oral surgery trainees, clinical instructors |
| Compatible Techniques | Elevator, forceps, alveolar expansion, root splitting |
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