We turn requirements and concepts into design data that can be manufactured. Working with implicit modeling in nTop and printing on Carbon DLS, we design lattice structures and topology-optimized shapes in a form that can actually be made.
What you bring, what we return
| What you bring | Requirements, concept, 3D data (STEP preferred), drawings, or the physical part |
| What we return | 3D model (STEP / IGES), production drawings, CAE strength analysis report |
What we can do
- Implicit modeling: in nTop, we design lattice structures and topology-optimized shapes that are hard to handle in conventional CAD. Advanced Design
- DfAM: we shape parts so they can be printed on Carbon DLS, considering strength, accuracy and supports. Carbon’s own materials support CAE analysis before manufacturing.
- 3D CAD and CAE: with Autodesk Fusion and SolidWorks, we take work from concept to production drawings, including large assemblies and complex surfaces.
- Reverse engineering: we turn parts without drawings into data with a 3D scanner-type CMM (VL-800). Measurement accuracy ±10 µm, parts up to φ500 mm and 50 kg. Delivered as STEP / STL. Reverse Engineering
- Material selection: we propose materials based on the operating environment and required performance. Materials Guide
- Surface finishing: aluminum vapor deposition on Carbon DLS parts is available (processed by a partner), including on soft materials such as EPU.
- Not offered: reverse engineering of parts is not delivered as 2D drawings or DXF. For transparent or mirror-finished parts, please ask before ordering.
Related work
Collaborative Robot Safety Project: we designed and built a lattice-structured part that fits over the arm of a collaborative robot. All work
Talk to us
3D data (STEP preferred), drawings or the physical part, quantity, operating environment and required performance or standards (flame retardancy, biocompatibility and so on) help us quote faster.