How do I select the correct implant analog?

You must know the implant brand, specific system family and platform. If uncertain, use the compatibility overview and verify against the catalogue or a photograph of the existing component.

What is the difference between a conventional and a digital analog?

A conventional analog is used mainly in a traditional stone model. A digital analog is intended for 3D-printed models and must correspond to the CAD library, print calibration and validated offset.

Laboratory workflow · IPD implant analogs

Implant analogs for stone models. An accurate implant replica without unnecessary noise.

Q: What is an implant analog used for in a stone model?

Within the laboratory model, the analog replicates the implant connection and position so crowns, bridges and other prosthetic restorations can be fabricated accurately outside the patient's mouth.

An IPD implant analog transfers the implant connection geometry, position and platformto the working model. It helps the laboratory maintain precise continuity with Ti-bases, abutments, screws and the definitive prosthetic restoration.

View the practical workflow Select by platform

Laboratory implant replica for a stone model

AISI 303Stainless steel for an accurate laboratory model

Conventional and digital rangesFor stone and 3D-printed models

Complete seatingFaithful replica of the implant platform and connection

Accurate morphologyGeometry corresponding to the compatible implant connection.

AISI 303Stainless steel for repeatable laboratory procedures.

Model workflowFor crowns, bridges, provisionals and fit verification.

Selection by platformSelection by brand, system and platform diameter.

Purpose

A simple component that keeps the model workflow accurate

A laboratory implant analog is a faithful replica of the implant placed in the patient. Once seated in the impression or model situation, it transfers the exact connection geometry and platform position to the laboratory, enabling reliable fabrication of definitive and provisional restorations.

Product name: implant analog / implant replicaThe analog represents the implant in the model and provides the reference point for subsequent laboratory steps.

Material: AISI 303 stainless steelA stable, readily machinable material with dimensional stability for laboratory use.

Intended useImplant analogs are used in prosthetic fabrication to represent the implant within the working model.

Important: Always select the analog according to the specific implant system, series and platform. Third-party names are used solely to identify compatibility.

NameImplant analog / implant replica

MaterialAISI 303 stainless steel

The analog is used during laboratory fabrication of the prosthetic restoration. In the model it replicates the geometry and position of the implant platform and serves as the laboratory equivalent of the implant in the patient's mouth.

IPD implant analog in a dark information card

Morphology corresponding to the original connectionThe connection geometry interfaces with compatible components and helps reduce errors during model-based fabrication.

Dimensions and shape based on OEM componentsDimensional stability facilitates fit verification and supports a more accurate laboratory outcome.

Compatibility with downstream componentsSelecting the correct analog is fundamental to the continuity of the subsequent prosthetic components.

Repeatable laboratory workflowRobust construction and AISI 303 material support practical day-to-day handling.

Implant analog portfolio

Conventional analogs and the corresponding digital range

The selected examples below show specific compatible analogs for stone models and a separate digital option for 3D-printed models.

Compatible with Neodent® GM® RP

Implant replica for stone models. A conventional laboratory analog intended for stone working models and traditional prosthetic workflows.

AISI 303 · IPD/RBAR00

Compatible with Straumann® BLX® RP

Laboratory implant analog for an accurate working model and continuity with downstream components in the Straumann® BLX® system.

AISI 303 · IPD/DCAR00

Compatible with Straumann® Bone Level RP

Analog for a stone model, selected by platform to support accurate fit verification of downstream components.

AISI 303 · IPD/DBAR00

Compatible with Straumann® TLX® RT

Compatible laboratory analog for working models where the correct platform and full continuity of downstream workflow components are essential.

AISI 303 · IPD/DEAR00

Compatible with Straumann® Tissue Level RN

Conventional laboratory analog for working models, supporting stable verification of the connection, platform and prosthetic seating.

AISI 303 · IPD/DAAR00

Digital analog for 3D-printed models

Component for 3D-printed models, CAD/CAM libraries and validated digital workflows with offset control.

3D workflow · CAD/CAM

From selection to the working model

Practical workflow for conventional implant analogs in stone models

Model accuracy starts with correct system identification and ends with stable, complete seating of the analog. Each step below improves predictability and reduces the risk of component mix-ups.

Identify the brand, system and platform

First identify the implant, system family, platform and connection type. The manufacturer's name alone is not sufficient for analog selection.

• verify the system family and platform diameter,
• compare the implant label, catalogue information or a photograph of the connection,
• only then select the compatible analog and downstream components.

Practical reason: accurate platform selection helps prevent component mix-ups that would otherwise propagate through the entire working model.

Straumann Bone Level implant-platform diagram — Correct platform identification is the first step towards selecting the correct implant analog.

Select the correct analog and inspect its geometry

The analog must correspond to the specific platform and have a clean, undamaged connection. Inspection before use saves time during model fabrication and final fit verification.

• check cleanliness and complete, undamaged seating surfaces,
• do not rely on a similar shape or diameter alone,
• verify anti-rotational features and the mechanical logic of the connection.

Practical reason: accurate analog geometry is the basis of a precise stone model and subsequent verification of Ti-bases, abutments or fixation screws.

Seat the analog in the impression or model situation

The analog must be fully seated, stable and free of rotation. Any play or contamination can be transferred to the model and subsequently to the definitive restoration.

• verify seating visually and by tactile inspection,
• avoid overloading the connection during handling,
• before pouring the stone, remove silicone or stone debris from around the connection.

Practical reason: a correctly seated analog is the laboratory equivalent of the implant in the patient's mouth.

Compatible IPD implant analog for Neodent GM RP — Example of a compatible analog: Neodent® GM® RP.

Create the working model and verify component continuity

After correct seating, fabricate the working model according to the validated laboratory procedure. Once the model has set, re-check analog stability and the seating of downstream components.

• keep the connection area clean,
• verify analog stability after model processing,
• check continuity with the Ti-base, abutment or screw.

Practical reason: at this stage, confirm that the correct platform was selected and that the working model can serve as a reliable basis for fabrication.

Proceed to restoration design and fabrication

An accurate model supports reliable design of crowns, bridges, screw-retained restorations and other laboratory solutions. The analog provides the reference for checking seating and the mechanical logic of the reconstruction.

• continuously verify seating of the prosthetic components,
• check model stability during every subsequent operation,
• for more complex cases, use the corresponding IPD digital tools.

Practical reason: repeated checks on the analog help preserve accuracy through to the definitive restoration.

When moving to 3D printing, use a digital analog

A dedicated digital analog is intended for workflows based on intraoral scanning and 3D-printed models. The digital workflow requires the CAD library, calibration data and a validated offset for the specific printer and resin.

• do not simply use a conventional stone-model analog in a 3D-printed model,
• hole calibration and the correct offset are essential for accurate seating,
• corresponding IPD libraries are available for Exocad, 3Shape and Dental Wings.

Practical reason: digital-analog accuracy depends not only on the component itself, but also on the library, printer, resin and validated model settings.

IPD digital analog for 3D-printed models — Use digital analogs and the corresponding CAD/CAM libraries for 3D-printed models.

Compatibility

Selected platforms for quick orientation

Each tile links an indicative implant-platform diagram to the IPD catalogue. The first four platforms are displayed immediately; additional platforms can be expanded.

Astra Tech® Evolution

Indicative platform diagram for comparing the connection and selecting a compatible IPD implant analog.

Implant analogs for stone models. An accurate implant replica without unnecessary noise.

A simple component that keeps the model workflow accurate

Conventional analogs and the corresponding digital range

Compatible with Neodent® GM® RP

Compatible with Straumann® BLX® RP

Compatible with Straumann® Bone Level RP

Compatible with Straumann® TLX® RT

Compatible with Straumann® Tissue Level RN

Digital analog for 3D-printed models

Practical workflow for conventional implant analogs in stone models

Identify the brand, system and platform

Select the correct analog and inspect its geometry

Seat the analog in the impression or model situation

Create the working model and verify component continuity

Proceed to restoration design and fabrication

When moving to 3D printing, use a digital analog

Selected platforms for quick orientation

Astra Tech® Evolution

Astra Tech® OsseoSpeed

Zimmer Biomet® Certain

Straumann® Bone Level

Straumann® BLX

Straumann® Tissue Level

Straumann® TLX

Nobel Biocare® Active

Nobel Biocare® Replace Select

Brånemark®

Zimmer® Screw-Vent

Zimmer® Ezthetic

Biomet 3i® Externa

BTI® Externa

BTI® Universal

Camlog®

Ankylos®

BEGO Semados®

BioHorizons® Internal

BioHorizons® Tapered

Dentium® Implantium

DIO® UFII

Klockner® Essential

Klockner® Vega

Biotech Dental® Kontact

Medentis® ICX

Microdent® System

MIS® C1

Multi-Unit

Neodent® GM

Osstem®

Sweden & Martina® Outlink

Premium Kohno®

SK2 / NK2

SwissPlus®

XiVE® / Friadent®

Need a complete overview by brand and system?

When to use a stone-model analog and when to use a digital analog

Conventional implant analog

Digital analog

IPD CAD/CAM libraries

Four factors that affect accuracy more than the product name alone

Quick answers before selecting an implant analog

Send us the implant brand and we will help select the correct analog