Does this web workflow replace the instructions for use?

No. It is an educational workflow overview. Mechanical modification, sterilisation, cementation and tightening torque must follow the current instructions for use for the specific component reference.

IPD Custom Ti-Base System® Interactive HTML workflow instead of a static PDF Crowns · bridges · TPA

The complete system, step by step

Adjustable IPD Ti-basesCAD/CAM workflow

This interactive workflow connects the analog or implant, scan body, crown or bridge Ti-base, cutting guides, drivers and the final fixation-screw selection.

The page converts the workflow diagram from the IPD 2025 catalogue into an interactive web format. It preserves the distinction between the anti-rotationalengagingand rotationalnon-engagingbranches while adding explanatory guidance, height options and product visuals.

Explore the complete workflow Back to the Ti-base page

Engaginganti-rotational branch for single-unit restorations

Non-engagingrotational branch for splinted restorations

3 guide heights6.5 · 5.0 · 3.5 mm

2 screw-channel optionsstraight or angulated TPA

Adjustable IPD Ti-base for single-unit restorations

15 mm IPD scan body for single-unit restorations

IPD cutting guide for Ti-base adjustment

Scan Bodyh. 10 or 15 mm

Cutting guidecontrolled shortening

TPAangulated screw channel

10 / 15 mmengaging scan-body heights

10 mmnon-engaging scan body

0,5 / 1,5 / 2,5 mmgingival heights of the supplied Ti-bases

N / R / Wsystem platforms

Ti · TiN · BLCfixation-screw options

1,20 HEX / TPAcorresponding instrumentation

Interactive reconstruction of the catalogue workflow

Complete IPD Custom Ti-Base System® workflow

A solid line shows the main production flow. Dashed connections indicate supporting instrumentation used across both branches.

main sequence shared instrument anti-rotational branch rotational branch

01 · Starting implant position

Analog

Implant analog

Physical replica for a conventional laboratory model.

Implant

Implant platform

The reference connection that determines compatible components throughout the assembly.

Digital analog

Analog for a 3D-printed model

Replica for a digitally designed and 3D-printed working model.

implant-position transfer

02 · Choose the restoration branch

Branch A

Anti-rotational Ti-baseEngaging

An indexed connection with a defined orientation, intended primarily for single crowns.

Engaging scan body

10 or 15 mm height depending on availability and the scanning situation.

15 mm IPD engaging scan body — **h. 15 mm**scan body for single-unit restorations

Engaging Ti-base

Custom Ti-base for N/R/W platforms, with indexing and three supplied gingival heights.

IPD single-unit Ti-base, 0.5 mm cuff — **cuff 0.5 mm**

IPD single-unit Ti-base, 1.5 mm cuff — **cuff 1.5 mm**

IPD single-unit Ti-base, 2.5 mm cuff — **cuff 2.5 mm**

Engaging cutting guide

Cutting guide for controlled shortening to 6.5 / 5.0 / 3.5 mm and verification of the angulated screw channel.

6.5 mm5.0 mm3.5 mm

Result

Adjusted engaging Ti-base

The physical height must match the option selected in the CAD library.

Branch B

Rotational Ti-baseNon-engaging

A non-indexed option intended primarily for bridges and restorations splinting multiple implants.

Non-engaging scan body

10 mm height, with the correct library and complete seating maintained.

Non-engaging Ti-base

Non-indexed Custom Ti-base for N/R/W platforms and bridge restorations.

IPD bridge Ti-base, 0.5 mm cuff — **cuff 0.5 mm**

IPD bridge Ti-base, 1.5 mm cuff — **cuff 1.5 mm**

IPD bridge Ti-base, 2.5 mm cuff — **cuff 2.5 mm**

Non-engaging cutting guide

Cutting guide for controlled shortening to 6.5 / 5.0 / 3.5 mm in the rotational branch.

6.5 mm5.0 mm3.5 mm

Result

Adjusted non-engaging Ti-base

The resulting height and geometry must match the design and the selected library option.

final fixation selection

03 · Fixation screw and final instrumentation

Straight access

Ti / TiN / BLC fixation screw

System driverSelected according to the technical specification of the relevant implant system.

Angulated access

TPA screw and TPA driver

IPD TPA fixation screw for an angulated screw channel — **TPA screw**pentalobular drive

IPD/KA-CT-18/25/32The catalogue lists 18 / 25 / 32 mm lengths. The supplied image set includes the 25 and 32 mm variants.

Extending the catalogue workflow

Cutting guides by platform and target height

The supplied product set contains nine cutting-guide visuals. They are arranged below as a platform × height matrix to make selection faster than in the static catalogue.

Narrow platformtarget heights 6.5 / 5.0 / 3.5 mm

IPD NP cutting guide, 6.5 mm height — **NP · 6.5 mm**maximum retained height

IPD NP cutting guide, 5.0 mm height — **NP · 5.0 mm**intermediate shortening

IPD NP cutting guide, 3.5 mm height — **NP · 3.5 mm**lowest catalogue option

Standard platformtarget heights 6.5 / 5.0 / 3.5 mm

IPD RP cutting guide, 6.5 mm height — **RP · 6.5 mm**maximum retained height

IPD RP cutting guide, 5.0 mm height — **RP · 5.0 mm**intermediate shortening

IPD RP cutting guide, 3.5 mm height — **RP · 3.5 mm**lowest catalogue option

Wide platformtarget heights 6.5 / 5.0 / 3.5 mm

IPD WP cutting guide, 6.5 mm height — **WP · 6.5 mm**maximum retained height

IPD WP cutting guide, 5.0 mm height — **WP · 5.0 mm**intermediate shortening

IPD WP cutting guide, 3.5 mm height — **WP · 3.5 mm**lowest catalogue option

Working height is more than a mechanical dimension

The height selected in the CAD library, the physical Ti-base height after shortening and the available space for the adhesive joint must remain consistent with one another. The specific procedure is governed by the current instructions for use and the technical specifications of the relevant system.

Practical decision logic

Five decisions that keep the entire system consistent

The workflow functions as a chain. Every selection must correspond to the same implant platform and the same CAD-library branch.

Which scanning option?

Choose the engaging or non-engaging scan body and the correct height so that the scan body is fully visible and safely accessible.

Crown or bridge?

A single crown typically uses anti-rotational indexed geometry. A bridge or splinted restoration uses the rotational non-indexed option.

Which gingival height?

The supplied set shows 0.5 / 1.5 / 2.5 mm cuff heights for both single-unit and bridge options.

What final chimney height is required?

The cutting guide must match the platform and the target height of 6.5 / 5.0 / 3.5 mm.

Straight or TPA screw channel?

This choice determines the fixation screw, driver tip and access path. TPA availability must be verified for the specific system and platform.

Decision	Anti-rotational branch	Rotational branch	Shared verification
Indication	Single screw-retained crown	Bridge or splinted restoration	Implant platform and CAD library
Scan Body	Engaging h. 10 / 15 mm	Non-engaging h. 10 mm	Complete seating and the correct driver
Ti-base	Indexed, cuff 0.5 / 1.5 / 2.5 mm	Non-indexed, cuff 0.5 / 1.5 / 2.5 mm	Physical component must match the CAD design
Cutting guide	Engaging cutting guide	Non-engaging cutting guide	N/R/W platform and 6.5 / 5.0 / 3.5 mm height
Fixation	Ti / TiN / BLC or TPA according to the indication		Correct tightening torque according to the instructions for use

Frequently asked questions

How to read and use the workflow

The answers translate catalogue terminology into practical workflow language.

What do engaging and non-engaging mean?

Engaging is an anti-rotational option with a defined orientation in the implant connection. Non-engaging is a rotational, non-indexed option suitable for restorations splinting multiple implants.

Why must the scan body, Ti-base and library come from the same branch?

CAD software assigns position and connection type according to the library geometry. Mixing engaging and non-engaging components or platforms can lead to an incorrect design, screw-channel position or physical incompatibility.

What are the 6.5 / 5.0 / 3.5 mm cutting guides used for?

They provide a mechanical reference for controlled shortening of the Ti-base chimney and, for the relevant options, guidance when preparing an angulated screw channel.

Is the TPA option available for every platform?

No. TPA availability, the permitted angulation range, fixation-screw type and driver tip vary by implant system, platform and specific Ti-base. The technical specifications must be checked.

What do the Ti, TiN and BLC options mean?

These are catalogue variants of fixation screws. The specific material and surface finish are selected according to the available reference and the manufacturer's technical documentation.

Does this workflow replace the instructions for use?

No. This page is an educational overview of the workflow. Cleaning, sterilisation, mechanical modification, cementation and tightening torque must always follow the current instructions for use for the specific component reference.

Technical verification before manufacturing

Need to configure the correct branch for a specific implant?

Send us the implant brand, platform, restoration type and CAD software you use. We can verify the scan body, Ti-base, CAD library, cutting guide, fixation screw and suitable driver.

Technical consultation Main Ti-base page

Workflow source: Catalogue 2025, Custom Ti-Base System® – Workflow Diagram. Product visuals: supplied package “schema-upravitelne-ti-baze-ipd.zip”. The HTML page preserves the catalogue logic and adds a practical explanatory layer.

Restoration verification on the working model

After modification and restoration design, the working model is an important verification point. The analog must match the same platform as the Ti-base and the selected model-production workflow.

Analogs for stone modelsConventional working model for checking seating and the Ti-base interface.View Digital analogsWorking-model verification in a fully digital workflow.View CAD/CAM Ti-basesOverview of options, surface finishes and the related prosthetic workflow.View