Computer-guided full-arch implants with digitally planned prosthetics

Who it may suit

It may be considered for people with a failing dentition, extensive tooth loss or an unstable complete denture. The decision follows detailed clinical and radiographic assessment.

Patient evaluation

• Medical and dental history and risk review
• CBCT and bone assessment
• Smile, speech, bite and facial evaluation
• Available prosthetic space and cleaning access
• Discussion of fixed and removable alternatives

Prosthetic planning starts first

The proposed teeth are designed before implant positions are finalized. Scans, photographs, bite records and CBCT data may be combined so implant placement supports the intended appearance, function, screw access and hygiene.

Computer-guided surgery

A surgical guide may help transfer the digital plan when it can be seated and verified predictably. It supports coordination of multiple implants, but it does not remove the need for intraoperative checks or clinical judgment.

Digital prosthetic workflow

Verified implant or multi-unit positions can be connected with the tested tooth arrangement in software such as Exocad. CAD/CAM manufacturing may then produce provisional teeth, verification components or a definitive framework. Each transition still needs a clinical check before the next stage.

Multi-unit abutments

Multi-unit abutments can create a common restorative platform above implants and may help manage implant angulation in screw-retained full-arch prostheses. Their selection, height and angulation are planned for the individual anatomy and prosthesis.

Temporary versus final prosthesis

A provisional restoration protects the early treatment concept and allows assessment of appearance, speech, bite and cleaning. The definitive prosthesis follows healing and verification; it is designed for long-term function, retrievability, maintenance and repair.

Titanium bar and digital prosthetics

A CAD/CAM titanium framework may reinforce selected full-arch prostheses and connect the implant positions within a digitally designed structure. Material choice, framework design and fit verification are case-specific rather than automatic.

Loading and healing

Some suitable patients may receive a fixed provisional restoration soon after surgery. Others need a healing denture or delayed loading. Primary stability, bone, surgical findings, bite and prosthetic design determine the safer pathway.

Maintenance is part of treatment

The final design must allow cleaning. Regular reviews assess tissues, screws, bite, prosthetic materials and home-care access. Full-arch prostheses can need maintenance or repair even when the implants remain integrated.