Power additive-manufacturing and 3D-printing software with MeshLib SDK — fast, reliable model preparation with no manual cleanup.
Optimizing raw 3D models for printing is time-consuming and error-prone, causing delays and higher costs. Traditional software struggles to process complex geometry quickly and accurately, and hardware makers need differentiated software that squeezes the best results from their specific machines.
Detect and repair holes, overlapping faces and degenerate triangles in milliseconds, delivering watertight, print-ready models with no manual intervention.
Apply precise offsets for correct wall thickness and hollow parts to save material — computed almost instantly.
Combine or separate parts to build assemblies, supports and hollow structures in real time.
Detect intersections when nesting and packing parts or placing supports on the build platform.
Reduce complexity while preserving critical features, and close gaps to keep every model manifold.
3D-printing software powered by MeshLib prepares complex models faster than ever, enabling high-quality, accurate prints with less effort — shorter production cycles, lower costs and a competitive edge.
Additive-manufacturing tools built on MeshLib include MeshInspector, our own 3D analysis and print-preparation application. Spherene, creators of adaptive SDF-based geometry, also rely on MeshLib to process complex, print-ready models at scale. FlexAm, whose software automates toolpath generation for multi-axis and robotic 3D printing, builds on MeshLib as well.
