4Design Green Castable Resin 1 kg – Dental 3D Casting
Référence: H103614
4Design Green Castable Resin – Dental 3D Resin for Metal Casting
4Design Green Castable (1 kg) – Patterns, Frameworks & Metal Casting
Brand: 4Design | SKU: H103614
Castable dental resin engineered for producing 3D-printed patterns intended for investment and metal casting.
It stands out for complete burnout (clean burn), low shrinkage and excellent dimensional stability—key requirements for accurate dental frameworks and consistent casting results.
Clean combustion, no residue
Low shrinkage, high stability
Good compatibility with investments
Fewer touch-ups, time saving
Why this castable resin improves your casting workflow
In the lab, casting quality depends directly on pattern stability, burnout behavior and how well thermal stresses are managed.
4Design Green is designed for thin structures (frameworks, bars) with clean burnout and a homogeneous structure to help reduce typical defects: porosity, inclusions, rough surfaces and distortion.
Reduced risk of inclusions caused by residues.
Dimensional stability on thin sections.
Stable thermal behavior during heating ramps.
Smoother surfaces = less grinding time.
Lab tip (expert level)
Process & Quality – what truly matters for metal casting
1) Printed pattern = dimensional baseline
A castable dental resin must remain stable after printing and cleaning.
4Design Green is engineered to preserve the geometry of delicate areas (connectors, meshes, cut-outs), improving final fit and reducing adjustments.
2) Clean burnout = a “healthier” ring
Clean burnout reduces organic residues that can interact with the investment and generate rough surfaces.
Result: better consistency and fewer remakes.
3) Managing thick sections
As with any castable resin, larger volumes should be handled by design (hollowing / controlled thickness) to limit gas release.
Smart design + complete drying significantly increases cycle reliability.
Dental applications
- Castable patterns for RPD frameworks and metal bases
- Bridge frameworks and metal structures
- Meshes, connectors, thin sections and cut-out designs
- Work intended for investment and casting
- Compatible with LCD/DLP 385–405 nm
Directions for use (practical recommendations)
- Shake to homogenize before each use
- Print at 385–405 nm using validated parameters
- IPA wash: short and effective, then fully dry
- Post-cure: not required (before investing)
- Burnout: follow the heating ramp matched to your investment
Technical specifications
| Technology | LCD / DLP |
| Wavelength | 385–405 nm |
| Packaging | 1 kg bottle |
| Use | Castable patterns for investment & metal casting |
| Burnout | Clean combustion, no residue |
| Shrinkage | Very low (when parameters are respected) |
| Post-curing | Not required |
| Storage | Closed bottle, room temperature, protected from light |
Shipping
1 × 1 kg bottle of 4Design Green castable resin, ready to use for dental 3D printing.
Designed for daily laboratory workflows (castable patterns, frameworks, thin structures).
FAQ – 4Design Green Castable Resin
Is this resin suitable for thin and cut-out frameworks?
Yes. 4Design Green is suitable for thin structures (connectors, cut-outs) because it maintains geometry well after cleaning. To maximize accuracy, use thin supports and ensure complete drying before investing.
What are the critical points for a successful metal casting?
Three factors make the difference: (1) a clean pattern (IPA + drying), (2) proper management of thick sections (hollowing/controlled thickness), and (3) a heating ramp consistent with your investment. These parameters reduce porosity and surface defects.
Why do you say “post-cure not required”?
In this workflow, the goal is a stable and clean pattern prior to investing. Post-curing may sometimes over-stiffen certain areas and complicate stress management. Here, the recommended process is: IPA cleaning + complete drying, then investing.
How can I minimize residue and keep the ring clean?
Follow the cleaning step (short IPA wash), avoid solid masses, ensure full drying before investing, then apply a steady heating ramp. The formulation is designed for complete burnout, but part design and drying remain key.