Detail retention
The material workflow supports small seats, thin edges and ornamental surfaces that matter in jewellery casting.
Materials
Flashforge WaxJet 510 materials for casting-ready wax patterns
WaxJet 510 works with dedicated wax and support materials prepared for detailed jewellery models, predictable post-processing and investment casting workflows.
FFWJ material system
Model wax and support material designed to work together
FFWJ1200 is used to print the final wax geometry of rings, settings, ornaments and prototypes. FFWJ3200 supports delicate areas during printing so that fine details, thin sections and openwork forms can be handled more reliably before casting.
- FFWJ1200: wax model material for final casting geometry.
- FFWJ3200: support material for stability during print preparation.
- Compatible with WaxJetPrint job preparation and model arrangement.
| Material | Role | Use in workflow |
|---|---|---|
| FFWJ1200 | Wax model material | Creates the final wax geometry for casting-ready jewellery patterns. |
| FFWJ3200 | Support material | Supports fine geometry, openwork shapes and sensitive details during printing. |
| WaxJetPrint | Preparation software | Helps arrange models and plan jobs before the print process. |
Predictable handling
Support material helps protect delicate wax models before cleaning, inspection and investment.
Technical context
Materials should be evaluated together with 2900×2900×1700 DPI resolution, 15 μm layers and the 289×208×100 mm build volume.
FAQ
Questions that help evaluate the workflow
What is FFWJ1200 used for?
FFWJ1200 is the wax model material used to create the final geometry of casting-ready jewellery patterns.
What is FFWJ3200 used for?
FFWJ3200 is the support material used to stabilize detailed wax geometries during printing and post-processing.
Why do dedicated materials matter?
Dedicated wax and support materials help maintain detail, dimensional stability and a predictable workflow before investment casting.
Want to check material suitability?
Send a project description or request a sample print consultation. Contact: instytutjubilerski@gmail.com.