Upload your 3D model and generate optimized internal truss structures using Michell Truss topology optimization. From STL to structure — built for structural engineers, architects, and product designers.
Four steps to transform your solid model into a structurally optimized truss design
Drag and drop STL or OBJ files. Your 3D geometry renders instantly in the browser viewport with full rotation, pan, and zoom controls.
Generate a tetrahedral mesh, define material properties, and apply boundary conditions — displacement constraints, force loads, and fixed supports with visual feedback.
Multi-threaded finite element solver computes Von Mises stress distribution with configurable stress recovery iterations for engineering accuracy.
Topology optimization generates the optimal internal truss structure. Fine-tune resolution, regularity, and scaling to match your design requirements. We provide additional scaffold and cap connections for direct manufacturable designs.
Professional-grade structural topology optimization in the browser
Drag and drop industry-standard 3D model files directly into the browser. Instant rendering with full viewport controls.
Generate tetrahedral meshes with configurable element size. Real-time preview of mesh quality, node count, and element density.
Define Young's modulus, Poisson's ratio, and material density. Configure properties for common engineering materials.
Apply displacement constraints and force vectors with interactive selection. Visual overlays confirm applied loads and supports on your mesh.
Finite element analysis runs in parallel threads within the browser. Stress recovery iterations ensure accurate Von Mises stress distribution.
Generate topology-optimized internal truss structures. Control resolution, regularity, and member scaling to meet your structural requirements.
From finite element mesh to structurally optimized truss — with full stress analysis
Book a demo and see LINIEN in action. We'll walk you through the complete workflow — from model import to optimized truss output.