Case studies, qualification notes, and technical guides for additive manufacturing with nylon, titanium, copper, ceramics, and metal powders.
Copper-Alloy Thermal Management: Microchannel Heat Sinks and TPMS Lattices High-power electronics, laser optics, and compact propulsion hardware all …
Read More →Coupled Multiphysics Optimization (Structure–Thermal–Fluid): Integrated CFD + FEA Workflow How to co-design structure, thermal management, and fluid …
Read More →System-Level Weight Reduction: Converting Cast and Machined Parts to Additive Designs Lightweighting is rarely won by shaving grams from a single …
Read More →End-to-End Topology Optimization & Lightweighting for Additive Manufacturing From idea to inspected parts. We provide a full-stack topology …
Read More →Lightweight and Lattice Design for Polymer 3D Printing (SLS/MJF) Lightweighting isn’t just making parts skinnier—it’s using geometry to steal …
Read More →Aerospace-Grade Brackets and Fixtures: Lightweight Redesign under Multi-Objective Constraints Aerospace brackets and fixtures look simple—until you …
Read More →Topology Optimization for Metal 3D Printing (SLM/DMLS): Capabilities and Case Studies Summary: Metal 3D printing (Selective Laser Melting—SLM—and …
Read More →Turn your critical designs into production-ready parts with Como Precision—covering nylon, titanium, copper, ceramics, and metal powders via SLS, MJF, and LPBF technologies.