Fast, browser-based lattice generation engine. Build custom TPMS and strut-based lattices with full gradient and alignment control, then boolean, import, and export straight into your additive manufacturing workflow.
Discover the professional 3D tools built directly into PowderFAB Lattice Studio.
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What's in the current release, and what's not there yet.
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Answers to common questions about PowderFAB Studio.
PowderFAB Studio supports direct ingestion of standard CAD STEP files (`.step`, `.stp`), stereolithography files (`.stl`), Wavefront objects (`.obj`), 3D Manufacturing format (`.3mf`), and GL Transmission format (`.glb`/`.gltf`). Models are converted locally on your GPU using our high-performance geometry pipeline.
No. One of PowderFAB's core design principles is complete local privacy. All heavy geometric computations, slicing, and conformal lattice generation occur 100% locally on your machine. No design files ever leave your computer, ensuring complete intellectual property security.
The **MSI Installer** sets up PowderFAB Lattice Studio in your system directory, adds desktop shortcuts, registry entries, and registers the file types. The **Portable ZIP** package requires no installation; you can extract it to any directory (including a USB stick) and run the application directly by clicking `run.bat`.
Yes. PowderFAB supports predefined TPMS (Triple Periodic Minimal Surface) structures like Gyroid, Schwarz P, and Diamond, custom TPMS via your own math equation, and strut-based topologies like BCC, FCC, and octet truss — with full control over gradients and pattern alignment.
PowderFAB runs on Windows 10 and 11. It requires a dedicated GPU (NVIDIA GTX 1060 / AMD Radeon RX 580 or better) supporting WebGL 2.0 / DirectX 12, at least 8 GB of system RAM, and a modern multi-core CPU to handle mesh tessellation tasks smoothly.
