Clinic
Healing, platform identification, scanning, working instruments and safe tightening.
Central IPD technical and knowledge hub
IPD Resources.
From a question to a precise solution.
Not sure which component, library, scan body, analog, screwdriver or workflow to open? Start here. Resources connects implant compatibility, clinical and laboratory workflows, CAD/CAM, technical tables and clinical & technical articles into one clear map.
57 verified internal resources
22+ technical and scientific resources
1 shared workflow hub
Quick resources without searching through the menu
Documentation, education, clinical cases and catalogues now have their own stable hubs.
DownloadsIPD catalogues
Current product catalogue and manufacturer documentation.
OpenDocumentationInstructions for useCurrent instructions by language and product type.
OpenE-learningEducation CentreGuides, videos, articles and practical workflows.
LearnClinical casesClinical casesDigital workflows illustrated through specific cases.
BrowseA helping hand
Start with what you know, not with what the file is called.
Each route leads to a different type of decision. If you only know the implant brand, start with the brand. If you already know you are dealing with a full-arch case, scan body or tightening torque, go straight to the task.
By brand
I know the implant brand
Choose the manufacturer and system. The fastest route when you know the implant but not the component reference.
Continue By indicationI know the indication
Scan body, Ti-base, Multi-Unit, PSD, analog or screw. Start with the type of restoration or component.
Continue Open the catalogueI need a specific component
Filter the catalogue by brand, system, series, platform and component type.
Continue IPD librariesI need a CAD/CAM library
TECH, LITE, Exocad, 3Shape, Dental Wings, ModelPro and the link to the correct components.
Continue Scanning & transferI am working on scanning or position transfer
From scan bodies and reference geometry to validation of intraoral scans.
Continue Full-arch centreI am working on a full-arch case
ScanLogiQ®, Multi-Unit, Scan Transfer, AssistLogiQ and data verification before CAD.
Continue Tools & torquesI need a screwdriver or torque value
Choose the system-specific screwdriver, screw-head geometry and correct tightening torque.
Continue Clinical & technical libraryI need a technical or scientific reference
Clinical & technical articles on accuracy, scanning, biomechanics, materials and 3D printing.
ContinueImplant-prosthetic chain
One platform, several steps. Resources keeps them connected.
In practice, a healing abutment, screwdriver, scan body, analog and CAD library are not isolated products. They all refer back to the same implant platform and must connect without ambiguity.
1
Identify the implant
Brand, system, series and platform are the common denominator for every subsequent step.
Open this step 2Prepare the soft tissues
The healing abutment must match the platform, and its screw interface determines the system-specific screwdriver.
Open this step 3Transfer the implant position
Conventionally through an impression and analog, or digitally through a scan body and reference geometry.
Open this step 4Select the library and restoration
TECH/LITE links the scan body to the Ti-base, Multi-Unit or other target component.
Open this step 5Manufacture the restoration
Ti-base, MUA, PSD, premill or customised iDent depending on the indication and manufacturing strategy.
Open this step 6Anchor the physical model
A conventional analog for a stone model or a digital analog for 3D printing transfers the virtual position back into a verifiable physical model.
Open this step 7Assemble and verify
The correct screwdriver, recommended torque and passive-fit verification close the loop.
Open this stepThe principle used throughout this website: brand and platform determine the connection; the connection determines the compatible component, system-specific screwdriver and subsequent clinical-laboratory workflow.
Digital centre
From scanning to the physical model
Four nodes that most often determine whether digital data actually result in an accurately fitting prosthetic restoration.
Process map
IPD digital workflow
Scanning, data validation, CAD library, design, manufacturing and fit verification in one connected chain.
Open the workflow CAD/CAMTECH and LITE software libraries
The correct relationship between scan body, implant platform and target component for Exocad, 3Shape and other systems.
Choose a library Position transferIPD scan bodies
Reference geometry between the intraoral or laboratory scan and the library file in CAD.
Go to scan bodies Physical validationDigital analogs and the 3D model
Transfer of the virtual implant position into a physical model, dual fixation, validation and integration with ModelPro.
Digital modelBy role and indication
Three practical routes without unnecessary detours
The same component may matter to the clinic, laboratory and full-arch team for different reasons. Resources is therefore also organised by real-world use.
Laboratory
Analog, library, design component, digital model and verification of the result.
Full-arch / All-on-X
Multi-Unit interface, controlled scanning, STL validation and identification of accumulated error.
Whole-site library
Search the pages that actually exist on this website
No placeholder names or planned links. The resources below are only pages that are genuinely present in the current website build. Search by product, problem, technology or workflow stage.
resources shown •
IPD catalogue by system and platformCatalogue of IPD prosthetic components by implant brand, system, series, platform, indication and availability. Ti-bases, scan bodies, analogs, Multi-Unit and screws.
Find a component by implant brandShop prosthetic components by dental implant brand. IPD-compatible components including Ti-bases, Multi-Unit abutments, fixation screws, implant replicas / analogs, Locator-compatible attachments, screwdrivers and scan bodies, with technical support and CAD/CAM resources.
Find a component by indicationOverview of IPD prosthetic components by indication: scan bodies, digital analogs, CAD/CAM Ti-bases, Multi-Unit abutments, screws, impression copings, PSD and digital libraries.
Implant-prosthetic connections: selection and biomechanicsOverview of external, internal and conical implant-prosthetic connections, Ti-bases, MUA, materials, CAD/CAM and biomechanical complications.
IPD Dental Group BarcelonaDiscover IPD Dental Group in Barcelona: development and manufacturing of prosthetic components, anodising, quality control, global operations and digital CAD/CAM workflows.
IPD Innovations 2026IPD innovations 2026 for digital implant prosthetics: ScanLogiQ, Data Markers, Multi-Unit AP, TECH and LITE CAD libraries, Ti-bases, BLC screws, ipdMilled and digital analogs.
IPD digital workflowIPD digital workflow from scanning and data validation through TECH and LITE CAD libraries to Ti-bases, Multi-Unit, ipdMilled, the 3D model and fit verification.
IPD scan bodiesIPD scan bodies with a titanium TiN base and PEEK geometry for intraoral and laboratory scanning. Accurate CAD/CAM transfer of implant position for crowns, bridges and custom abutments.
Transferring implant positions in the digital workflowImplant-position transfer using Scan Transfer, splinting, cross-mounting, multiple scans, CSS, ReScan, DeBug and an independent physical master.
Scan body as reference geometry in the digital workflowClinical & technical review of how scan-body shape and size influence accuracy and precision, with practical commentary for CAD/CAM workflows.
Scan-body shape, size and scanning accuracyClinical & technical review of an in-vitro study on how implant scan-body shape and size affect linear and angular accuracy in 3D scanning.
Scan-body design and mesh-to-CAD-library matchingClinical & technical review of an in-vitro study on how scan-body shape and material, together with the intraoral scanner, affect agreement between the scanned mesh and library file.
Intraoral-scan errors and full-arch validationLocal and global intraoral-scan errors, mesh stitching, full-arch deformation and data validation using CSS Strategy, ReScan and DeBug protocols.
Splinted scan bodies and full-arch scan accuracySEO-oriented technical abstract of a study on how scan-body splinting and artificial landmarks influence the accuracy of full-arch digital implant scans across five intraoral scanners.
Implant scanning: CSS, ReScan and DeBugPractical review of CSS Strategy, ReScan and DeBug protocols for implant scanning, rigid splinting and independent validation of full-arch data.
IPD CAD/CAM librariesIPD software libraries for Exocad, 3Shape, Dental Wings, HypsoCAD, tactile scanning and CAM. TECH and LITE, ModelPro, installation, guides and technical support.
IPD CAD/CAM Ti-basesIPD CAD/CAM Ti-bases for 8 mm single crowns and 6.5 mm bridges in one precise workflow: scan body, TECH and LITE libraries, cutting guides, TPA screw channel and digital analog for 3D printing.
Adjustable IPD CAD/CAM Ti-basesComplete HTML map of the IPD Custom Ti-Base System: analog, engaging and non-engaging scan bodies, crown and bridge Ti-bases, 6.5 / 5.0 / 3.5 mm cutting guides, fixation screws and TPA workflow.
IPD CAD/CAM Ti-bases compatible with CEREC® and inLab® Sirona®IPD Ti-bases compatible with CEREC® and inLab® Sirona®: TiN surface, spiral retention grooves, multiple gingival heights and a cross-reference table for libraries, blocks and implant platforms.
iDent – digital & customised IPD workflowiDent (IPD) connects clinic, laboratory, CAD and manufacturing. A digital and customised prosthetic solution for full-arch and conventional indications: upload your design or use iDent design services, followed by manufacturing and delivery.
IPDmilled premill blanks for custom abutmentsIPDmilled titanium CAD/CAM premill blanks for milling custom abutments. NT holders for Datron, imes-icore, VHF, Röders and other milling machines, CAM libraries and technical support.
IPD cobalt-chromium bases with burnout copingsIPD cobalt-chromium bases with burnout copings for wax-up, casting and digital workflows. Straight and angled variants, software libraries, scan bodies, TPA screws and a recommended laboratory workflow.
IPD healing abutmentsIPD healing abutments for dental implants: emergence profiles, Grade 5 titanium, platform-based selection and integration with drivers, analogs and scan bodies.
IPD Multi-Unit abutmentsIPD Multi-Unit abutments for All-on-X and full-arch workflows. New MUA AP with anatomical profile, TiN surface, BLC screw, 17° / 30° options, Scan Transfer and CAD libraries.
PSD attachments compatible with Locator®IPD PSD attachments compatible with Locator®. Low profile, TiN surface, three retention levels and a step-by-step workflow using KA-CL-14, Exocad and PS-AR-00/3D.
PSD on a CAD/CAM framework step by stepComplete clinical-laboratory workflow for CAD/CAM frameworks with IPD PSD attachments: impression coping, long screw, KA-CL-14, PS-AR-00, PS-LR-00 and retention housings.
IPD fixation screws for dental implantsIPD fixation and prosthetic screws for dental implants: Grade V ELI titanium, TiN, BLC and TPA for angulated channels. Selection by thread, seat, head geometry and torque.
ASC and TPA angulated screw channelsClinical & technical review of ASC and TPA angulated screw channels, aesthetics, screw access, Ti-bases, Multi-Unit abutments and mechanical limits.
Analogs for stone modelsIPD implant analogs for stone models: accurate AISI 303 implant replicas, practical workflow and compatibility selection by implant platform.
Digital analogs for 3D printingIPD digital analogs for accurate implant 3D models: dual fixation, stability in X-Y-Z axes, Validation Master, test analog, CAD libraries and ModelPro workflow.
DIM-Analog® NTDIM-Analog® NT for digital implant models: two-piece repositionable analog, precise positioning, position correction, 26 systems and 3Shape® ModelBuilder.
ModelPro for 3D-printed modelsIPD ModelPro CAD software for creating 3D-printed dental models and working with STL files, scan bodies, digital analogs and IPD libraries.
IPD Stump Die 3D removable dieIPD Stump Die 3D: removable die for 3D-printed dental models. Dual fixation at 90°, quick-thread screws, printer calibration and ModelPro workflow.
3D-print settings and mechanical properties of dental productsSEO-oriented technical abstract on how 3D-print configuration, post-curing, nesting and layer orientation affect dimensional fidelity and mechanical properties of dental products.
IPD screwdrivers, RA adapters and torque ratchetComplete overview of IPD screwdrivers: HEX 1.00–1.70, Square, Star, Unigrip, Neo GM, Torx, TPA, Multi-Unit, PSD, RA handles, ratchet and Cutting Guides for shortening CAD/CAM Ti-bases, selectable by implant system.
IPD screw tightening torquesSearchable table of tightening torques for IPD fixation, TiN, BLC, TPA and IPDmilled screws by reference, implant system, platform and screwdriver.
Tightening screws in implant prostheticsClinical & technical review of correct prosthetic-screw tightening: torque, preload, retorque, cyclic loading, elastic phase and prevention of screw loosening.
Fixation-screw head geometry and Ti-basesSpherical, conical and flat fixation-screw heads: load distribution, manufacturing tolerances, zirconia, PMMA and the role of the Ti-base metal interface.
Screwdriver angle, off-axis systems and hexalobular screwsClinical & technical review of how changes in screwdriver angle affect an off-axis implant abutment system and hexalobular screw.
Implant contact surfaces and screw looseningClinical & technical review of an FEM study on how internal implant contact surfaces influence micromotion, preload and the risk of prosthetic-screw loosening.
ScanLogiQ® for digital full-arch workflowsScanLogiQ® for accurate digital full-arch scanning at Multi-Unit level: Scan Flag iQ, One Shot iQ, Reverse iQ, AssistLogiQ, four scans, STL validation, IOS guides and video.
AssistLogiQ® user guideAssistLogiQ guide for ScanLogiQ: Data Sets 1–3, four Scan Flag iQ scans, Check List and specific IOS setups for 3Shape, Sirona, DEXIS, iTero, Medit and Shining 3D.
IPD All-on-Four Scan TransfersIPD Scan Transfers for All-on-Four and All-on-Six, full-arch protocols, data validation and integration with ScanLogiQ.
Implant-supported full-arch restorations: error reductionHow to identify and reduce errors in a full-arch workflow, from intraoral scanning through CAD and manufacturing to physical verification of passive fit.
Vector analysis and FEM in implant-prosthetic designClinical & technical abstract on the use of vector analysis and FEM for implant-prosthetic design, occlusion, force direction and structural stability.
IPD clinical & technical libraryLibrary of 27 IPD clinical & technical articles on full-arch scanning, implant-position transfer, Ti-bases, titanium, screws, 3D printing, surfaces and validation.
The importance of accuracy in implant prostheticsClinical & technical review of the IPD article on accuracy in implant prosthetics: planning, scanning, CAD/CAM design, 3D printing, passive fit, occlusion and long-term stability.
Accuracy of CAD/CAM restorations and deviation controlClinical & technical review of the IPD white paper on CAD/CAM implant-prosthetic accuracy, scanning, digital models, libraries and validation of 3D printing.
Reducing uncertainty in the digital dental workflowClinical & technical review of reducing uncertainty across the digital dental workflow: scanning, libraries, CAD/CAM, 3D printing, validation and fit verification.
Digital data highway: validation from scanning to manufacturingTechnical review of a new article on full-arch drift, ScanLogiQ, metrological validation and verification of the physical output.
Uncertainty in clinical decision-making and the role of protocolClinical & technical abstract on uncertainty in clinical decision-making and the importance of protocol, validation and standardisation in implant-prosthetic workflows.
Ti-base gingival height and abutment biomechanicsClinical & technical review of an FEM study on how titanium-base gingival height affects the biomechanical behaviour of two-piece custom implant abutments.
Ti6Al4V titanium in dental CAD/CAM millingTitanium and Ti6Al4V in dental CAD/CAM: alloy properties, machining, cooling, tooling, surface integrity and mechanisms of fatigue damage.
TiN coating of implant abutmentsClinical & technical review of TiN coating on implant abutments: technical aspects, soft-tissue biocompatibility and clinical applications.
TiN and anodically oxidised titanium, fibroblasts and Streptococcus gordoniiClinical & technical abstract of a laboratory study on nitrided and anodically oxidised titanium, fibroblast proliferation and Streptococcus gordonii adhesion compared with uncoated titanium.
Zirconium nitride coating on titanium abutmentsClinical & technical abstract of a study on the biocompatibility and antibacterial properties of zirconium nitride coating on titanium abutments.
TiO₂ anatase and titanium-surface propertiesClinical & technical review of a technical article on TiO₂ anatase, titanium surfaces, material properties and cautious interpretation of laboratory findings.
Implant restoration in a fully digital chairside workflowClinical & technical abstract of a case report on implant restoration in a fully digital additive chairside workflow from scanning to 3D printing and the prosthetic outcome.
Tightening screws in implant prostheticsClinical & technical review of correct prosthetic-screw tightening: torque, preload, retorque, cyclic loading, elastic phase and prevention of screw loosening.
Fixation-screw head geometry and Ti-basesSpherical, conical and flat fixation-screw heads: load distribution, manufacturing tolerances, zirconia, PMMA and the role of the Ti-base metal interface.
Screwdriver angle, off-axis systems and hexalobular screwsClinical & technical review of how changes in screwdriver angle affect an off-axis implant abutment system and hexalobular screw.
Implant contact surfaces and screw looseningClinical & technical review of an FEM study on how internal implant contact surfaces influence micromotion, preload and the risk of prosthetic-screw loosening.
ScanLogiQ® for digital full-arch workflowsScanLogiQ® for accurate digital full-arch scanning at Multi-Unit level: Scan Flag iQ, One Shot iQ, Reverse iQ, AssistLogiQ, four scans, STL validation, IOS guides and video.
AssistLogiQ® user guideAssistLogiQ guide for ScanLogiQ: Data Sets 1–3, four Scan Flag iQ scans, Check List and specific IOS setups for 3Shape, Sirona, DEXIS, iTero, Medit and Shining 3D.
IPD All-on-Four Scan TransfersIPD Scan Transfers for All-on-Four and All-on-Six, full-arch protocols, data validation and integration with ScanLogiQ.
Implant-supported full-arch restorations: error reductionHow to identify and reduce errors in a full-arch workflow, from intraoral scanning through CAD and manufacturing to physical verification of passive fit.
Vector analysis and FEM in implant-prosthetic designClinical & technical abstract on the use of vector analysis and FEM for implant-prosthetic design, occlusion, force direction and structural stability.
IPD clinical & technical libraryLibrary of 27 IPD clinical & technical articles on full-arch scanning, implant-position transfer, Ti-bases, titanium, screws, 3D printing, surfaces and validation.
The importance of accuracy in implant prostheticsClinical & technical review of the IPD article on accuracy in implant prosthetics: planning, scanning, CAD/CAM design, 3D printing, passive fit, occlusion and long-term stability.
Accuracy of CAD/CAM restorations and deviation controlClinical & technical review of the IPD white paper on CAD/CAM implant-prosthetic accuracy, scanning, digital models, libraries and validation of 3D printing.
Reducing uncertainty in the digital dental workflowClinical & technical review of reducing uncertainty across the digital dental workflow: scanning, libraries, CAD/CAM, 3D printing, validation and fit verification.
Digital data highway: validation from scanning to manufacturingTechnical review of a new article on full-arch drift, ScanLogiQ, metrological validation and verification of the physical output.
Uncertainty in clinical decision-making and the role of protocolClinical & technical abstract on uncertainty in clinical decision-making and the importance of protocol, validation and standardisation in implant-prosthetic workflows.
Ti-base gingival height and abutment biomechanicsClinical & technical review of an FEM study on how titanium-base gingival height affects the biomechanical behaviour of two-piece custom implant abutments.
Ti6Al4V titanium in dental CAD/CAM millingTitanium and Ti6Al4V in dental CAD/CAM: alloy properties, machining, cooling, tooling, surface integrity and mechanisms of fatigue damage.
TiN coating of implant abutmentsClinical & technical review of TiN coating on implant abutments: technical aspects, soft-tissue biocompatibility and clinical applications.
TiN and anodically oxidised titanium, fibroblasts and Streptococcus gordoniiClinical & technical abstract of a laboratory study on nitrided and anodically oxidised titanium, fibroblast proliferation and Streptococcus gordonii adhesion compared with uncoated titanium.
Zirconium nitride coating on titanium abutmentsClinical & technical abstract of a study on the biocompatibility and antibacterial properties of zirconium nitride coating on titanium abutments.
TiO₂ anatase and titanium-surface propertiesClinical & technical review of a technical article on TiO₂ anatase, titanium surfaces, material properties and cautious interpretation of laboratory findings.
Implant restoration in a fully digital chairside workflowClinical & technical abstract of a case report on implant restoration in a fully digital additive chairside workflow from scanning to 3D printing and the prosthetic outcome.
We could not find that resource in this version of the website.Try a broader search term, or send us the implant brand, platform and type of restoration. We will help you find the correct route.Technical support
From recommendation to rationale
Do you need to know not only what to use, but why?
Product and workflow pages answer the question “how to proceed”. The clinical & technical library adds a second layer: scan accuracy, mesh-to-library matching, biomechanics of the screw joint, TiN and other surfaces, FEM, 3D printing and uncertainty management across the digital chain.
Exklusiv Dent technical support
If you are unsure, you do not need to keep searching.
Send us a few basic details. The more precisely we identify the implant and intended workflow, the faster we can determine the compatible component, library or instrument.
1
Implantbrand, system, series, platform
2
What do you want to fabricate?crown, bridge, full-arch, overdenture…
3
Digital environmentExocad / 3Shape / IOS / CAD library
4
What you already havereference, component photo, screenshot or STL context
Orientation
How to use Resources
I do not know the exact component reference. Where should I start?
Start with “Shop by implant brand” or the catalogue. Correct identification of the implant manufacturer, system and platform is essential. Only then does it make sense to select a scan body, analog, Ti-base, MUA, screw or instrument.
How do I know whether I need a TECH or LITE library?
The difference is not just the library name. The selection must match the scan body used and the intended prosthetic component. Open the IPD Software Libraries page, where the TECH/LITE relationship is explained in workflow context.
Where can I find the correct screwdriver and tightening torque?
The screwdriver engagement profile depends on the implant platform and fixation screw used. Start with the Screwdrivers, RA adapters and torque ratchet overview, then use the IPD fixation-screw tightening-torque table.
What is the difference between a conventional analog for a stone model and a digital analog?
A conventional analog replicates the implant in a traditional stone working model. A digital analog is designed for insertion into a 3D-printed model and is linked to the CAD library, printing process and validation of the physical position.
Where should I start with a digital full-arch case?
Start with the Multi-Unit interface and the ScanLogiQ® page. For the data protocol itself, continue to AssistLogiQ and, if scan accuracy is in question, to the articles on CSS, ReScan, DeBug and reduction of accumulated full-arch errors.
What if I cannot find anything in the library?
Do not infer compatibility from visual similarity of components. Send technical support the implant identification, platform, type of restoration and, where useful, a photograph, reference or software screenshot.
New from IPD USA
Three new practical articles on digital continuity
We did not translate the original US materials mechanically. We adapted them to a technical context, added related pages and separated practically useful principles from marketing language.
Digital workflowAccuracy from scan to final restorationWhere geometric continuity is created and where it can be lost.CAD librariesTECH and LITE as a geometric bridgeHow the library converts the scan body into the virtual implant position.3D printingVerifying digital-analog seatingResin, exposure, orientation, post-processing and repeatability.
Clinical cases
All clinical casesFour source case reports now have dedicated pages.
Instead of linking only to a foreign-language PDF, each case now has its own editorial page with the original source and visual material.
Scan Transfer: clinical case with CSS + De|BugFive implants, a rigid PMMA reference, CSS Strategy and laboratory De|Bug verification.
Source: Polito & Palladino
Scan bodies, libraries and prosthetic optionsPractical explanation of digital continuity from a clinical-workflow perspective.
Source: Recena & Arjona Vázquez
Different implant connections in one caseZimmer TSV + Straumann Bone Level, 3Shape, angulation and a printed model.
Source: Alessio Marsili, MDT
Implant prosthodontics from CBCT to the crownEveryday full-digital workflow for a single implant.
Source: Antonino Cacioppo, DDS, MS, PhDNew interactive guide
Full-arch scanning: MUA, Scan Transfer and ScanLogiQ
This practical page connects clinical steps, data verification, ScanLogiQ/AssistLogiQ and passive-fit verification in extensive implant cases.
