Digital dentistry has transformed implant restorative workflows, allowing clinicians and dental laboratories to move from impression to design and final restoration with greater efficiency and fewer conventional steps.
For professionals working with Neodent® GM (Grand Morse) implant systems, the digital workflow depends on having the correct components at every stage — from capturing implant position to designing the restoration, producing the working model, and completing the final prosthesis.
At DIP Dental, we offer a growing range of Neodent GM® compatible digital components, including scan bodies, digital analogs, Ti-Bases, Multi-Unit Abutments, MUA scan bodies, Ti sleeves, temporary cylinders, screws, and related restorative components.
Explore Neodent GM Compatible Components
A Complete Digital Workflow for Neodent GM®
A successful digital implant restoration is not based on a single component. Each part of the workflow needs to communicate the position and connection of the implant accurately from the patient's mouth to the digital design and final restoration.
With the DIP Dental Neodent-compatible range, clinicians and laboratories can build workflows for both implant-level restorations and Multi-Unit Abutment-level full-arch restorations.
This means the same product ecosystem can support anything from a single implant restoration to more complex screw-retained full-arch cases.
1. Neodent GM® Scan Bodies
The digital workflow begins with accurate capture of the implant position.
A Neodent GM® compatible scan body, sometimes referred to as a scan post, is connected to the implant and scanned using an intraoral or laboratory scanner. Its geometry allows the digital workflow to identify the three-dimensional position, depth and orientation of the implant.
DIP Dental offers a Neodent GM® compatible CAD/CAM Scan Body / Scan Post (PN 108.207) specifically for this purpose.
For laboratories and clinics moving away from conventional impressions, this is one of the most important components in the digital chain.
2. Ti-Bases for Neodent GM® CAD/CAM Restorations
Once the implant position has been captured digitally, the restoration can be designed using the appropriate CAD/CAM library.
DIP Dental offers several Neodent GM® compatible Ti-Base configurations, including rotational and non-rotational solutions and different gingival heights. The collection currently includes Ti-Bases with gingival heights ranging from approximately 0.8 mm to 4.5 mm.
Ti-Bases provide the titanium interface between the implant and the digitally designed restoration, making them suitable for modern CAD/CAM workflows involving in-house or outsourced production.
For laboratories, this creates a practical workflow:
Scan → Design → Mill/Print → Bond to Ti-Base → Final Restoration
The ability to select the appropriate Ti-Base configuration also gives technicians greater flexibility when adapting the restoration to different clinical situations.
3. Neodent GM® Digital Lab Analogs
Digital impressions eliminate many conventional steps, but laboratories still frequently need an accurate physical representation of the implant position.
This is where the digital lab analog becomes important.
DIP Dental offers a Digital Lab Analog compatible with the Neodent GM® Grand Morse platform, manufactured from Grade 5 titanium alloy and supplied with a fixation screw. It is designed for use in digitally produced models and reproduces the implant position, angle and orientation within the model.
The workflow can therefore continue from a digital impression to a printed model without returning to a conventional stone-model process.
For laboratories processing multiple digital implant cases, having scan bodies, matching libraries, Ti-Bases and digital analogs within the same workflow can simplify component sourcing considerably.
Digital Full-Arch Workflow with Neodent GM® Multi-Unit Abutments
Digital dentistry becomes particularly interesting when we move from individual implants to full-arch restorations.
In many full-arch cases, scanning and restoration are performed at the Multi-Unit Abutment level rather than directly at implant level.
DIP Dental's Neodent GM compatible range includes both straight Multi-Unit Abutments in 1.5 mm, 2.5 mm and 3.5 mm heights and 17° and 30° angled Multi-Unit Abutments.
The angled options allow clinicians to compensate for implant angulation and help position the restorative interface more favorably for the prosthetic design.
But placing the MUA is only the beginning.
Multi-Unit Scan Bodies for Digital Impressions
Once the Multi-Unit Abutments are positioned, dedicated Multi-Unit CAD/CAM scan bodies can be attached and scanned.
Instead of recording the implant connection directly, the digital impression now records the position of the Multi-Unit restorative platform.
DIP Dental offers an MUA scan body compatible with Neodent GM®, Osstem TS and MegaGen workflows, providing useful cross-platform flexibility for laboratories working with multiple implant systems.
This can be especially valuable for dental laboratories that don't want to maintain entirely separate component inventories for every implant brand they encounter.
Multi-Unit Ti-Bases and Ti Sleeves
After scanning and designing the restoration, the prosthetic structure needs its final titanium interface.
The Neodent-compatible range includes a Multi-Unit Ti-Base for GEO CAD/CAM Library as well as a 2-in-1 Multi-Unit Ti Sleeve, both designed for digital restorative workflows.
These components allow the laboratory to integrate the digitally designed restoration with the Multi-Unit platform while maintaining a precision-machined titanium restorative interface.
Temporary Titanium Cylinders
Digital workflows aren't limited to final restorations.
DIP Dental also offers Multi-Unit Temporary Titanium Sleeve Cylinders with screws, allowing temporary or provisional restorations to be incorporated into the same Multi-Unit ecosystem.
This makes it possible to source components for multiple stages of treatment rather than treating the digital workflow as simply a scan-body-and-Ti-Base solution.
Implant-Level vs. Multi-Unit Digital Workflow
The distinction is important.
For single implants and suitable implant-level restorations, the workflow may involve:
Neodent GM Implant → Scan Body → CAD Design → Digital Analog / Model → Ti-Base → Final Restoration
For full-arch and Multi-Unit restorations, the workflow may instead follow:
Neodent GM Implant → Multi-Unit Abutment → MUA Scan Body → CAD Design → MUA Components → Final Prosthesis
Neither workflow is inherently the "better" option. The appropriate approach depends on the restorative design and clinical situation.
What matters is having compatible components available throughout the selected workflow.
More Than Just Digital Components
One advantage of the DIP Dental Neodent GM collection is that the digital components are part of a broader restorative ecosystem.
The same collection includes healing abutments, implant analogs, Multi-Unit Abutments, impression components, restorative components, overdenture solutions and dedicated instruments alongside the CAD/CAM products.
That means a clinic or laboratory can combine conventional and digital workflows without needing to source every small component from a different supplier.
Competitive Pricing for Clinics and Dental Laboratories
Digital dentistry requires many relatively small components, and their cumulative cost can become significant — particularly for laboratories handling high case volumes or full-arch restorations.
DIP Dental's approach is to provide compatible components at competitive prices, with additional savings available on quantity purchases. Current examples in the Neodent GM collection include scan bodies, Ti-Bases, digital analogs and Multi-Unit digital components at substantially different price points depending on the component and quantity ordered.
For laboratories using dozens or hundreds of restorative components each month, the difference in component cost can become meaningful.
One Source for Your Neodent GM® Digital Workflow
A digital workflow works best when every component connects logically to the next.
Rather than sourcing a scan body from one supplier, a digital analog from another and restorative components elsewhere, DIP Dental provides an expanding ecosystem of Neodent GM® compatible digital and prosthetic components for both clinics and dental laboratories.
From the initial scan to CAD/CAM design, printed models, Ti-Bases, Multi-Unit restorations and final prosthetic components, the goal is simple:
One platform. One workflow. One source for the components you need.
Browse the Complete Neodent GM Compatible Collection
FAQ: Neodent GM® Digital Workflow
What components are needed for a Neodent GM® digital workflow?
Depending on the restoration, a digital workflow may include a Neodent GM® compatible scan body, CAD/CAM library, digital analog, Ti-Base and restorative components. Multi-Unit cases use dedicated MUA-level components.
Does DIP Dental offer a Neodent GM® compatible scan body?
Yes. The collection includes a Neodent GM® compatible CAD/CAM Scan Body / Scan Post (PN 108.207).
Can Neodent GM® be used in a digital full-arch workflow?
Yes. DIP Dental offers straight and angled Neodent GM compatible Multi-Unit Abutments together with Multi-Unit scan bodies, Ti-Bases, Ti sleeves, temporary cylinders, screws and related components suitable for building a digital MUA-level workflow.
What angles are available for Neodent GM® compatible Multi-Unit Abutments?
The current DIP Dental collection includes straight Multi-Unit Abutments as well as 17° and 30° angled Multi-Unit Abutments.
Does DIP Dental offer digital analogs for Neodent GM?
Yes. DIP Dental offers a digital lab analog compatible with the Neodent GM Grand Morse platform for digitally produced models.
Are Multi-Unit digital components compatible with other implant systems?
Several Multi-Unit digital components in the DIP Dental collection are listed for compatibility across Neodent GM®, Osstem TS and MegaGen, including the Multi-Unit CAD/CAM scan body and related digital components.
