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Six metallic thimble copings with electric-aqua energy and glowing contour lines on black

Full-arch implant CAD library

Precision-engineered thimbles for full-arch implant restorations

A CAD library built by a dental technician — consistent 3° taper, mechanical retention, and milling-oriented geometry for predictable Co-Cr and titanium frameworks. Design a full arch in minutes.

  • One-time — no subscription
  • Retentive Co-Cr
  • Milled Titanium

Uniform wall taper

2

Versions — Co-Cr & Titanium

90°

Sharp finish lines

< 20 min

Both arches positioned

What it is

An engineering-based library for implant restorations

A full arch of metallic thimble copings on a glowing aqua baseline with reflections

Québec Thimble was developed to solve the everyday challenges technicians face when designing implant-supported restorations. Every component was created using an engineering-based approach to improve accuracy, consistency, milling efficiency, and long-term restorative outcomes.

Whether you are designing temporary restorations, titanium frameworks, or zirconia restorations, the library helps create predictable results while significantly reducing design time.

It includes both Retentive (SLM Co-Cr) and Non-Retentive (Milled Titanium) workflow options.

Temporary restorationsTitanium frameworksZirconia restorations

Why Québec Thimble

Engineered for precision, retention, and manufacturing

Every feature comes from real laboratory experience and an engineering-based approach to design.

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.

Two workflows, one library

Retentive and Non-Retentive versions included

Choose the geometry that matches your manufacturing route — both are in the box.

Retentive thimble copings with scalloped retention and aqua glow on black

Retentive Version

SLM Co-Cr

Developed 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
Smooth non-retentive thimble copings for milled titanium with aqua glow

Non-Retentive Version

Milled Titanium

Developed 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

Efficiency

Save time, every single day

Tooth positioning for a complete arch can typically be done in 5–10 minutes, with both arches often finished in under 20 minutes. By eliminating repetitive setup and maintaining consistent cervical levels, you can focus on what matters: outstanding anatomy, esthetics, and function.

5–10 min

per arch

< 20 min

both arches

2 versions

Co-Cr & Titanium

Created for dental technicians

Québec Thimble was built by a dental technician, for dental technicians.

Every feature was developed from real-world laboratory experience, milling knowledge, and daily full-arch implant workflows. If you regularly design full-arch implant restorations, Québec Thimble was created to become a reliable part of your daily workflow.

Octavian Teleba

Dental Technician · CAD/CAM Designer · Full-Arch Implant Workflows

Built from real laboratory experience, engineering principles, and a passion for improving everyday digital workflows.

The goal was simple

  • Improve restoration quality
  • Increase workflow consistency
  • Simplify manufacturing
  • Reduce design time
  • Deliver predictable results

Simple pricing

One price. Lifetime use. No subscription.

Buy once and the library is yours — free updates within your version included.

Québec Thimble

One-time
€100/ one-time · no subscription
  • Retentive Version (SLM Co-Cr)
  • Non-Retentive Version (Milled Titanium)
  • Direct support via Instagram or email
  • Workflow recommendations & practical tips
  • Submit suggestions & improvement ideas
  • Instant, automated download
Buy now — €100
Instant downloadSecure Gumroad checkoutDirect creator support

Questions

Common questions

The essentials before you buy — see the full FAQ for everything else.

The library is built to install into your Exocad DentalCAD library folder and works with current Exocad releases. If you use a different setup, contact us before purchase and we'll confirm compatibility.

The Retentive Version is developed for SLM Co-Cr and maximizes mechanical retention between framework and restoration (ideal for long-term cement-retained work). The Non-Retentive Version is developed for milled titanium and prioritizes a clean insertion path and maximum passive fit.

Yes — it's purpose-built for full-arch implant restorations, including All-on-4, All-on-6, and Toronto/hybrid frameworks, with consistent cervical levels across the arch.

Both versions — Retentive (SLM Co-Cr) and Non-Retentive (Milled Titanium) — plus direct support via Instagram or email, workflow recommendations and practical tips, and the opportunity to submit suggestions and improvement ideas.

The geometry is engineered for 5-axis milling and SLM. The Retentive version targets SLM Co-Cr; the Non-Retentive version targets milled titanium. Both support a zirconia restoration designed over the framework.

Read the full FAQ

Talk to us

Questions before you buy?

Direct support from an active dental technician — reach out anytime on Instagram or by email.

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.