Analog for Digital Model RP 4.3

Titanium digital analog for Nobel Active® RP 4.3- precise CAD/CAM indexing for printed/milled models

he Surcam Analog for Digital Model RP 4.3 is a precision titanium lab analog engineered to replicate the Nobel Active® Regular Platform (RP) 4.3 connection inside 3D-printed or milled models. Tight tolerances deliver reliable indexing and seating for accurate CAD/CAM fabrication of screw-retained provisionals and definitive restorations.
Includes: 1× Digital Analog RP 4.3, 1× Prosthetic Screw.
Compatibility: Nobel Active® RP 4.3 (conical connection) - verify interface before use.*

Benefits

• Model accuracy — Crisp indexing for predictable fit of CAD/CAM frameworks.

• Stable seating — Geometry resists rotation during lab procedures and try-ins.

• Printer-agnostic — Works with common printed/milled model workflows and libraries.

• Durable Ti-6Al-4V — Grade 5 titanium stands up to repeated lab use.

• Complete kit — Prosthetic screw included for secure analog retention in the model.

Product Details

• Platform / Interface: Nobel Active® RP 4.3 (Regular Platform)

• Material: Titanium Grade 5 (Ti-6Al-4V)

• Pack Contents: 1× Digital Analog, 1× Prosthetic Screw

• Use: Laboratory/model use only (not for intraoral placement)

Specifications

• Seats into printed or milled sockets per your CAD/CAM library

• Verify full seating and rotational index before scanning or fabrication

• Maintain clean seating surfaces to preserve model precision

• Suitable for screw-retained single units, segments, and full-arch bars

Nobel Active® is a registered trademark of Nobel Biocare. Compatibility references are for comparison only; always verify interface and library settings.

Digital Analog FAQs

What systems is this analog compatible with?

Nobel Active® RP 4.3 conical-connection restorations (Regular Platform). Confirm interface and library settings prior to use.

Is this analog intended for intraoral use?

No. It is lab-only, designed for printed/milled models used in CAD/CAM workflows.

Will it work with different 3D printers and resins?

Yes. It is printer-agnostic; use the correct CAD/CAM library and produce sockets to specification for accurate seating.

How do I ensure accurate seating and indexing?

Inspect and clean the socket, seat fully to the stop, verify rotational index, and confirm stability before scanning or milling.

What restorations can I fabricate with it?

Screw-retained single crowns, short-span bridges, and full-arch frameworks produced via digital workflows.