When to use this service
3.1.4.1- Existing design moving to printing
- Need to reduce weight without losing strength
- Many parts that can be consolidated
- Geometry not manufacturable conventionally
How the process works
3.1.4.2
01
Existing design review
Part analysis, identifying consolidation, lattice and weight opportunities.
02
Redesign for AM
Organic geometries, internal lattices, topology optimization.
03
Print simulation
Support analysis, thermal distortion, build positioning strategy.
04
Validation & production
Proof-of-concept print, measurements and approval for series production.
Materials & technologies
3.1.4.3
Topology optimization
Lattice structures
Part consolidation
nTopology
Generative design
MJF/SLS/SLM
Example project
3.1.4.4Weight reduction for an aerospace bracket
Topology optimization of an aluminum bracket achieved 47% weight reduction while meeting strength requirements - produced via SLM.
Frequently asked
3.1.4.5Is DfAM worth it for small quantities?
Especially yes - it eliminates tooling costs and allows design changes at no extra cost.
Which technologies are supported?
MJF, SLS, SLM, industrial FDM, SLA - each technology has different design rules we apply.
Ready to push your next product forward?
We reply within one business day.