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dima® Print Cast ruby
Precision, speed and reliability: The 3D printing resin for CAD-to-Cast efficiency
CAD-to-Cast: Increase precision, surface quality and reliability while saving time.
dima Print Cast ruby: a universal casting material that facilitates greater detail than milling (no bur size limits). Compatible with traditional materials and crowns and bridges (up to 5 units). In precious/non-precious metals, partials and inlays/onlays made with press ceramics.
The resin is very fluid, yet avoids sedimentation for easy handling: create flexible clasps, highly precise detailing and crown margins with a resolution of 50μm. The final surfaces come out very smooth following residue-free burnout.
Benefits
One material for all cast indications and a secure production process
- Smooth & detailed cast metal surfaces
- Residue-free burn out
- Perfect for precious metals, non-precious metals and press ceramics
- For partials, crowns and bridges (up to 5 units) and inlays/onlays
- Compatible with traditional materials
- Full portfolio for optimal results: casting equipment, investment materials, alloys, etc. all perfectly matched from a single provider
Good to know
Indications
Crowns and bridges up to 5 units with highly precise detailing and margins
Press ceramic restoration made using the CAD-to-Cast method: 3D printed casting part made with dima Print Cast ruby on cara Print 4.0.
Partials with flexible clasps for casting in precious or non-precious metal
References
“dima Print Cast ruby is an excellent new addition to Kulzer’s casting materials and solutions. Not only can we produce crowns, bridges and partial dentures faster and more economically, the results are actually better and more finely detailed.” – Michael Stephan Bauer and André Hack, Labor Bauer GmbH Dentalmanufaktur, Germany.
Stephan Bauer, owner and master dental technician, and his dental technician colleague André Hack were early adopters of 3D printing technology. Labor Bauer was founded in 1946.
Specifications
| MDD class | Color | Flexural Strength (Mpa) | Flexual Modulus (Mpa) | Viscosity [mPa*sec] | Printing time per part | |||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| not applicable | red | not applicable | not applicable | 125 |
32 min (50 μm in z, 32 crowns) |
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Downloads
Instructions for use
Go to e-IFU Portal
Instructions for Use can be found on the Kulzer e-IFU portal.
