Engineering & DfAM
Design for Additive Manufacturing consultancy: topology optimisation, part consolidation, material selection and structural validation. Each component is re-engineered to maximise additive process performance.
Key capabilities
- Convert CNC-optimised models to FDM-ready geometries
- Multi-component assembly consolidation into single printed parts
- Functional material selection based on mechanical and environmental requirements
- Tolerance stack-up, clearance and press-fit guidance specific to additive processes
- Reverse engineering and industrial 3D scanning
- FEM structural simulation and load-path validation
Designing for additive manufacturing
Additive manufacturing requires its own design logic. The goal is not to print an existing model as-is, but to adapt geometry, tolerances, material and build strategy to the process that will actually produce the part.
We step in when a component needs consolidation, weight reduction, simpler assembly or a more suitable material choice. The work includes geometry review, fit and clearance definition, and validation of the solution before production.
This approach is useful when a team wants to move from an early concept or an inherited CAD model to a part that is easier to manufacture and easier to integrate into the application.