1. Observe detailed anatomical structure

MPR allows viewing of sliced images (to a min. slice of 0.1mm) from various directions and angles. Allows checking and rotating of 3D image on the 3D image capture screen.

2. Avoid damage to sensitive structure

The alveolar nerve is at a significant risk at all stages during an implant surgery. Therefore, extra care must be taken to avoid damage to the nerves. Viewing the cross-sectional image allows for confirmation of anatomical structure & actual position.

3. Check impacted teeth positions accurately.

In some cases, an impacted tooth might be shown to be in contact with the inferior alveolar canal. But upon examination using the cross-sectional image from CT, it might clearly show that it is separated from the inferior alveolar canal.

4. Plan pre-implant surgery effectively.

Dentists and Specialists can study their cases repeatedly and modify the virtual surgical implant placement until they are fully satisfied with the plan.

5. Reduce surgery time.

Pre-verified surgery plan through implant simulation with accurate anatomical information of oral cavity and maxillofacial regions creates a higher level of confidence in surgery.

6. Get patient’s consent of your plan with ease.

Presenting implant simulation with 3D images to the patient helps for an easier understanding about the procedure. Thus, it provides ease for the implantologists in getting consent and approval of the patient to the treatment plan.