pyribs Quality-Diversity engine illuminates an entire 5×5 Pareto archive of ready-to-print TPMS cushioning, orthotic, and acoustic inserts.
X: Relative Density (ρ*) • Y: Unit Cell Pitch (L)
f(x,y,z) = sin(2πx/L)cos(2πy/L) + sin(2πy/L)cos(2πz/L) + sin(2πz/L)cos(2πx/L)
Traditional CAD software crashes when modeling thousands of intersecting struts. LatticeForge evaluates trigonometric wave equations directly in 3D voxel space, generating bone-like zero-mean-curvature lattices with zero stress concentrators.
Instead of returning a single rigid design, Covariance Matrix Adaptation MAP-Elites illuminates an entire 2D trade-off space simultaneously—giving packaging & biomedical engineers 25 optimal choices from ultra-lightweight to maximum G-force damping.
Each cell in the archive is calibrated against cellular elastomer scaling laws ($\sigma_{pl}^* / \sigma_{ys} \approx 0.3 (\rho^*/\rho_s)^{3/2}$) so the lattice buckles along a flat energy-absorbing plateau right below your payload's fragility threshold.
Click any high-intent organic landing page below to load its exact payload mass, drop height, and polymer configuration into the 3D studio above.
For indie hardware builders, drone designers, and one-off protective shipping cases.
For commercial 3D print farms, orthotic labs, and industrial packaging teams.
Embed LatticeForge directly on your 3D print bureau or custom case e-commerce store.