What is a restoration model?
A restoration dental model is a high-precision physical model made from data obtained through digital scanning or impressions, which is used to assist in the design, production and verification of tooth restorations. It is the key "bridge" connecting clinicians and technicians.

Main uses

1. Single Unit Restoration

It is used as the basis for digital design of veneers, full crowns, inlays, bridges, etc. It clearly displays the edge line, adjacent points and occlusal surface of the tooth.

2. Confirmation of the relationship between adjacent teeth and opposing teeth

It helps technicians observe and design the relationship between adjacent teeth and occlusal contact points to ensure that the restoration is accurately positioned and the occlusion is not interfered with. It is especially suitable for printing paired upper and lower tooth models.

3️. Restoration color comparison and trial wear
The printed model is used for trial wear, color comparison and photography of temporary crowns or porcelain veneers to improve the communication efficiency between doctors and patients. It can mark tooth color and gum line to facilitate the final aesthetic restoration.

4️ Adjustment and grinding verification
The technician can adjust and grind the edges, contact points, and occlusal surfaces of the restoration on the model. Avoid repeated adjustments directly in the patient's mouth.

5️ Temporary restoration model)
Temporary crowns and temporary bridges can be made and tried on the restoration model for patients to wear during the transition period. Ensure the accuracy of the shape, occlusion, and edges.

6️ Implant restoration docking
The restoration model can integrate the implant analog to perform screw hole trial wear and restoration positioning verification. Combined with the soft tissue model, it forms a more complete implant restoration test platform.

7️Case records and teaching demonstrations
For case archiving, doctor-patient communication, and clinical teaching demonstrations. With transparent materials or anatomical cutting effects, it is used to explain the tooth structure and restoration design logic.

Application objects include:
1. Clinicians: auxiliary diagnosis, trial wear and color comparison
2. Denture technicians: design and debug precision restorations
3. Dental colleges/training institutions: teaching demonstrations, simulation training
4. Digital laboratories: full-process printing output support