Product features
Engineered for precision and manufacturing
A precision-engineered thimble library for full-arch implant restorations — designed with real-world milling and restorative outcomes in mind.
Engineered design
Every component is built with precise engineering principles rather than freeform sculpting — consistent geometries, predictable dimensions, and repeatable results on every case.
Consistent 3° taper
A uniform 3° wall taper on all teeth, upper and lower, creates ideal parallelism and a controlled insertion path throughout the restoration.
Mechanical retention
The retentive version maximizes mechanical retention between framework and final restoration, reducing the risk of decementation and improving long-term stability.
Milling-oriented geometry
Designed around real-world 5-axis milling workflows, the geometry mills efficiently while maintaining structural integrity and precision.
Passive zirconia fit
The controlled insertion path helps achieve a more passive zirconia fit on the framework, reducing internal stress and improving seating predictability.
Clear finish lines
Sharp 90° finish lines let you identify margins quickly and accurately, simplifying both design and manufacturing.
Symmetrical restorations
Uniform cervical levels across the arch make tooth positioning faster and more predictable, for highly symmetrical results.
Optimized zirconia thickness
Framework dimensions provide ideal zirconia support while minimizing the risk of metal show-through.
A consistent 3° taper on every tooth
Uniform wall taper across both arches creates ideal parallelism and a controlled, predictable insertion path — the foundation for a passive, well-seating restoration.
Geometry built for 5-axis milling
The forms are designed for real-world milling — efficient toolpaths and clean machining while preserving structural integrity and precision.
Sharp 90° finish lines
Clear, well-defined margins are fast to identify and easy to manufacture — simplifying both the design stage and production.
Symmetrical, uniform cervical levels
Consistent cervical levels across the arch make tooth positioning faster and the final restoration more symmetrical and balanced.
Optimized zirconia thickness
Ideal support, minimal show-through
Framework dimensions were carefully developed to provide ideal zirconia support while minimizing the risk of metal show-through. Recommended zirconia thickness:
Buccal
1.0–1.2 mm
Proximal
1.0–1.5 mm
Occlusal
2.0–2.5 mm
Lingual
0.8–1.0 mm
Two workflows, one library
Retentive and Non-Retentive versions included
Choose the geometry that matches your manufacturing route — both are in the box.
Retentive Version
SLM Co-CrDeveloped for SLM Co-Cr manufacturing. The geometry maximizes mechanical retention between the framework and the final restoration, reducing the risk of decementation while providing long-term stability.
Ideal for
- SLM Co-Cr frameworks
- Long-term cement-retained restorations
- Maximum mechanical retention
Non-Retentive Version
Milled TitaniumDeveloped for milled titanium frameworks. The geometry provides a clean, controlled insertion path while maintaining excellent passive-fit characteristics.
Ideal for
- Milled titanium frameworks
- CAD/CAM titanium workflows
- Maximum passive fit & precision
At a glance
Specifications
- Versions
- Retentive (SLM Co-Cr) + Non-Retentive (Milled Ti)
- Wall taper
- Uniform 3° (upper & lower)
- Finish lines
- Sharp 90°
- Manufacturing
- 5-axis milling · SLM
- Restorations
- Temporary · titanium · zirconia
- Protocols
- Full-arch implant (All-on-4 / -6 / Toronto)
- Delivery
- Instant automated download
- License
- Single-lab use
Start designing full-arch cases faster today
Both versions — Retentive (SLM Co-Cr) and Non-Retentive (Milled Titanium) — for one flat €100. Instant, automated delivery after secure checkout.