Dr. Giacomo Fabbri

Own the zone

Fully digital workflow for flapless post-GBR implant placement and immediate temporization with 3D printing

Dr. Giacomo Fabbri, Italy

“Achieving esthetic excellence in implant dentistry is one of the most demanding aspects of a treatment —especially when time and precision are critical. The combination of DTX Studio Clinic™, X-Guide®, and SprintRay Midas allows me to plan and execute with unmatched accuracy and immediacy. This workflow doesn’t just streamline the process; it empowers me to meet high esthetic expectations with confidence, even in complex cases”

Case courtesy of Dr. Giacomo Fabbri

Patient: 44-year-old female

Clinical situation:  Vertical fracture on the upper right central incisor. Deep probing depth on the buccal site. 3D X-ray evaluation shows no buccal plate bone and an important apical infection with bone loss. The patient has an osseointegrated implant in position #12 FDI. The option of a bridge with a mesial cantilever to take advantage of the existing implant was proposed to the patient, but she asked for another single implant with a single crown restoration. 

Surgical solution: Extraction and socket preservation with autogenous bone graft and xenograft with a 50/50 mix. After 3 months, the implant placement with dynamic guided surgery and immediate loading followed, using a SprintRay 3D printer. 

Restorative solution: Final restoration with NobelProcera® ASC abutment  

Surgery date: April 9, 2025  

Total treatment time: 6 months 

Tooth position: #12 FDI

Initial clinical situation

Case courtesy of Dr. Giacomo Fabbri

Frontal view – initial situation intra-orally (left).

Lateral view – initial situation intra-orally (right).

Case courtesy of Dr. Giacomo Fabbri

Palatal view – initial situation intra-orally.

Case courtesy of Dr. Giacomo Fabbri

3D bone evaluation shows the apical infection, the lack of bone on the buccal site, and also an inadequate bone quantity in the palatal aspect, which is not ideal for an immediate implant placement.

Case courtesy of Dr. Giacomo Fabbri

Maintenance of bone volume and stability

Autogenous bone chips harvested from the posterior mandible (left).

The socket was filled with 50% autogenous bone and 50% creos™ xenogain (right).

Case courtesy of Dr. Giacomo Fabbri

A creos xenoprotect resorbable membrane is used to cover the site (left).

A connective tissue graft is placed on the membrane to close the site (center).

The patient had an osseointegrated implant on #12 FDI. The temporary restoration is managed with a screw-retained bridge and a mesial cantilever (right).

Case courtesy of Dr. Giacomo Fabbri

Soft tissue healing after 30 days.

Case courtesy of Dr. Giacomo Fabbri

Soft tissue healing after 30 days.

Case courtesy of Dr. Giacomo Fabbri

Soft tissue healing after 60 days.

Data collection

Case courtesy of Dr. Giacomo Fabbri

CBCT scan.

Case courtesy of Dr. Giacomo Fabbri

DTX Studio™

CBCT file (DICOM) (left).

IOS file (STL) (center).

Clinical pictures (JPEG) (right).

Treatment planning

Case courtesy of Dr. Giacomo Fabbri

Implant planning

Sagittal view on implant planning of NobelActive® RP 4.3x13 mm prosthetically driven by a NobelProcera ASC abutment (left).

Frontal view on implant and abutment planning (center).

3D view (right).

Surgical procedure

Case courtesy of Dr. Giacomo Fabbri

Preparation of X-Guide and calibration

Situation after removal of the temporary mesial cantilever (left).

Positioning the X-Clip (center)

Calibration of the system before surgery (right).

Case courtesy of Dr. Giacomo Fabbri

Implant placement

Calibration of the drill (left).

X-Guide® screen and view during the drilling sequence (center).

Positioning of the implant NobelActive TiUltra RP 4.3 x 13mm (right).

Post-surgical impression

Case courtesy of Dr. Giacomo Fabbri

Intraoral scan with DEXIS IS 3800W

Scan body in place, ready for IOS (left).

Post surgical .STL file (right).

Immediate loading

Case courtesy of Dr. Giacomo Fabbri

Design of the provisional restoration on Universal Base CC RP 3mm. Ready to be printed with SprintRay Midas.

Case courtesy of Dr. Giacomo Fabbri

3D printing

Nesting in SprintRay software before 3D printing (left).

10 minutes of 3D printing with SprintRay Midas (right).

Case courtesy of Dr. Giacomo Fabbri

Curing and finishing of the temporary crown

3 minutes of curing with SprintRay NanoCure (left).

The temporary crown is cemented onto the Universal Base (center)

Glazing, make-up and polishing before placement (right).

Case courtesy of Dr. Giacomo Fabbri

Curing and finishing of the temporary crown

Placement of the printed crown (left).

The crown has been placed, and adjustments have been made (center).

Temporary smile (right).

Digital records & final restoration

Case courtesy of Dr. Giacomo Fabbri

IOS scan

.PLY file (left).

.STL file (right).

Case courtesy of Dr. Giacomo Fabbri

NobelProcera ASC Abutment Zirconia on Conical Connection RP and NP

A partial cut-back design was chosen to be able to add thin layer of porcelain for optimal esthetics (left).

NobelProcera ASC Abutments were chosen to respect biology and angulation, but also to offer a cement-free solution (center).

The screw channels were angulated to 19° degrees for optimal esthetic outcomes and to maintain strength in the occlusal area (right).

Case courtesy of Dr. Giacomo Fabbri

NobelProcera ASC Abutment Zirconia on Conical Connection RP and NP

Finalized abutments with veneering (left).

Finalized abutments placed on 3D-printed model (right).

Case courtesy of Dr. Giacomo Fabbri

Situation after removal of the temporary crowns (left).

NobelProcera ASC Abutment Zirconia on conical connection RP and NP before placement (right).

Case courtesy of Dr. Giacomo Fabbri

Finalized NobelProcera abutments in situ (left).

Final smile (right).

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