Advanced implicit modeling, algorithmically-driven workflows, and bioinspired geometry — delivering orthopedic implant designs that exceed where traditional approaches fall short.
Browser-Native · WebGL · No STL Intermediates
The open-source tool suite I build under Not a Robot Engineering. Nine single-file HTML tools, fully implicit from field math to watertight 3MF export. No proprietary lock-in. No mesh intermediates.
Implicit TPMS and PI-TPMS surfaces with real-time WebGL preview and FFT-CG mechanical homogenization.
↗Multi-dimensional parameter space exploration with curated material databases and pore architecture metrics.
↗Directionally biased microstructures — spinodoids, Gaussian random fields, and hyperuniform kernel fields.
↗3D stochastic scalar fields as isosurface lattices — a non-periodic alternative to crystallographic TPMS.
↗Helicoidal fiber architectures — Bundle, Helicoid, Braid, and Plain Weave lattice topologies.
↗Parametric strut-and-node truss lattices, thickened implicitly into watertight scaffolds for additive manufacturing.
↗Validate and ingest structure data from TPMS and Sweep into the Vault database with automated quality checks.
↗Curated library of validated implicit lattice structures, searchable by application domain and performance target.
↗Composite SDF meshing and watertight 3MF export — the output stage for all F13LD designs.
Independent computational design consultancy focused on orthopedic implants, metamaterials, and bioinspired structure — from concept geometry to validated, print-ready deliverables.
Consulting engagements, collaborations, and research partnerships welcome.
matt@notarobot-eng.com