Capability
Additive manufacturing for molds, tooling, and prototypes.
MacroVation works across polymer and ceramic materials using additive approaches that include stereolithography (SLA) and fused deposition modeling (FDM). We connect the fabrication method to the geometry, material behavior, and purpose of the part.
Our additive capability supports mold and fixture development, prototype parts, and material-system iteration. The work extends beyond a printed object to the measurement and evaluation needed to determine whether it suits the intended manufacturing task.
Fabrication methods
| Method | Use |
|---|---|
| SLA | Stereolithography: photopolymer-based fabrication for suitable prototype and tooling applications. |
| FDM | Fused deposition modeling: filament-based fabrication for suitable prototypes, fixtures, and tooling. |
| Polymer and ceramic systems | Material development and fabrication routes selected for the application. |
What this work includes
- Molds and fixtures
- Polymer and ceramic development
- Prototype iteration
- Dimensional and surface evaluation
- Process documentation
Bring us the engineering problem.
Tell us the application and the next question you need to answer.
Discuss a program