Ultra-fast immediate loading implants

In the first phase, all the patient’s initial records are collected using intraoral scanning (IOS), CBCT and a comprehensive photographic protocol.

Using this information, a virtual twin of the patient is created to serve as a working model. Based on this model, the 3D prosthetic plan is designed, defining the aesthetics, function and ideal position of the implants in relation to the future prosthesis.

On this basis, the most appropriate surgical approach for the case is also selected, whether using a guide, navigation or freehand technique, depending on the clinical strategy and the team’s preferences.

Once the surgery has been completed, a new intraoral scan is taken with the MFTS7-IF scanbodies in place, and a follow-up CBCT scan is obtained.

This data is sent to the Pdental/iFinder software, which automatically detects the implants, corrects the IOS using the CBCT information, and generates a passivated digital model ready for design.

The V1 Temporary is designed and manufactured on this model using ultra-fast 3D printing, meaning the prosthesis can be ready approximately 2 to 3 hours after the end of surgery.

Depending on the clinical case and mechanical requirements, a machined PMMA V2 provisional can also be requested, available within 24–48 hours, which incorporates the adjustments from V1 and offers greater strength throughout the osseointegration phase.

Throughout the provisioning period, adjustments made to the provisional are systematically recorded, including changes in occlusion, contour modifications, aesthetic details, and the evolution of soft tissues.

All this information is transferred to the design of the final prosthesis, which is manufactured with the highest precision and clinical traceability.