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Digital Workflow

CAD/CAM Implant Components

Ti-bases, scan bodies and digital analogs for every step of the digital implant workflow, from intraoral scan to screw-retained crown.

CAD/CAM Implant Components

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Surcam's CAD/CAM implant components cover the whole digital workflow, from the scan to the final screw-retained restoration. Titanium implant scan bodies record implant position, depth and orientation in an intraoral or lab scan. Ti-bases carry the milled crown or bridge, and digital analogs seat the implant in a printed model.

You'll find scan bodies for the 2.43 mm internal hex (10 mm standard and 13 mm long), scanning abutment adaptors for the conical NP and RP platforms, and scan bodies for General and Prime Multi-Units. They sit alongside rotational and non-rotational Ti-bases in several gingival heights. Download the matching files from our digital libraries before you design.

A Ti-base (titanium base) is the titanium interface between the implant and a CAD/CAM restoration: the lab mills the crown or bridge in zirconia or another material and bonds it to the Ti-base. Surcam Ti-bases come rotational or non-rotational in several gingival heights for the internal hex and conical platforms and for multi-units.

Scan bodies and digital analogs for the same workflow are listed here too, and on their own pages. All components are supplied non-sterile; follow the IFU for cleaning, sterilization and screw torque. Library files are on the digital libraries page.

How the digital implant workflow fits together

1. Scan

Screw a scan body onto the implant or multi-unit abutment and capture it with an intraoral scanner, or scan the impression model in the lab. Use the long scan body where the platform sits deep or the tissue is thick.

2. Design

Load the matching file from Surcam's digital libraries. The software swaps the scanned scan body for the exact implant position, and you design the crown or bridge over a Ti-base.

3. Mill and bond

Mill the restoration in zirconia or another material, then bond it to the Ti-base. Choose non-rotational Ti-bases for single crowns and rotational Ti-bases for splinted bridges.

4. Model and deliver

Seat a digital analog in the printed model to check fit and contacts, then deliver the screw-retained restoration. Follow the IFU for screw torque.

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Frequently Asked Questions

Ti-base & CAD/CAM FAQ

What is a Ti-base abutment?

A Ti-base (titanium base) is a short titanium abutment that a CAD/CAM crown or bridge is bonded to. It gives the restoration a machined titanium connection to the implant, while the visible part is milled in zirconia or another material.

Which Ti-base do I need?

Match the connection first: internal hex, Nobel Active® compatible NP 3.5 or RP 4.3, MIS® compatible SP hex, or General or Prime Multi-Unit. Then choose non-rotational or rotational, and the gingival height for the site.

What is the difference between rotational and non-rotational Ti-bases?

A non-rotational (anti-rotational) Ti-base engages the implant's hex, so it locks the crown's orientation; use it for single-unit restorations. A rotational Ti-base has no engaging feature, so it can seat on several non-parallel implants; use it for splinted bridges.

Where do I get the CAD/CAM library files?

Surcam's digital libraries are available on our digital libraries page. Use the library that matches the scan body and Ti-base you order so the software aligns the parts correctly.

Are Ti-bases supplied sterile?

No. Ti-bases, scan bodies and other prosthetic components are supplied non-sterile. Clean and autoclave them before intraoral use, as described in the IFU.

Guided selection

Find the right implant components in 4 steps.

1Workflow
2Connection
3Procedure
4Components
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