Bits to Atoms (Design for AM)
Conformal Lattice Design Made Easy: A CAD-Integrated Approach - Tetmet
Bits to Atoms (Design for AM)
•February 6, 2026•0 min
0
Bits to Atoms (Design for AM)•Feb 6, 2026
Why It Matters
Integrating lattice design into standard CAD tools removes a major bottleneck for engineers seeking to adopt advanced lightweight structures, accelerating innovation across aerospace, automotive, and biomedical fields. As industries push for higher performance with lower material use, this seamless workflow makes high‑quality conformal lattices accessible and manufacturable, positioning the technology as a timely solution for next‑generation product development.
AI Summary
In this symposium talk, Rachel Azulay of TETMET presents a CAD‑integrated workflow for creating conformal lattice structures at large scale. She explains how traditional lattice tools fall short for high‑performance, manufacturable designs and demonstrates how embedding lattice generation directly into familiar CAD environments streamlines the process and expands design possibilities. The approach leverages TETMET’s automated production pipeline, enabling engineers to produce lightweight, complex lattices for diverse industry applications. Azulay’s expertise as a PhD‑trained lattice designer and application engineering lead underscores the practical impact of bridging research with real‑world manufacturing.
Episode Description
Rachel Azulay
Show Notes
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