Parametric 3D-Printed Enclosure CAD in Autodesk Fusion 360

Report
Production-grade parametric 3D-printed electronics enclosure engineered in **Autodesk Fusion 360**, featuring a clean, fully structured component tree and parametric timeline history. ### Engineering & Design Highlights - **Parametric Fusion 360 Architecture:** Organized multi-component assembly with clean timeline history, named sketches, and user parameters for rapid dimensional adjustments and tolerance tuning. - **Internal PCB & Component Packaging:** Precision mounting bosses, heat-set threaded insert receptacles, cable routing channels, and sensor/connector cutouts aligned to PCB layout constraints. - **Design for Additive Manufacturing (DfAM) & Injection Molding:** Uniform wall thickness, optimized draft angles, structural ribs, and chamfered/filleted stress transitions designed for warp-free FDM, SLA, and SLS 3D printing as well as bridge tooling. - **Serviceability & Assembly:** Precision lip-and-groove mating seam with recessed fastener bosses for repeatable mechanical closure and environmental sealing.
Published
in 3D Printing Design Mechanical Engineering Mechanical CAD Design
3d-printing product-design industrial-design prototyping cad-modeling mechanical-engineering enclosure electronics-enclosure fusion-360 dfm autodesk-fusion-360 additive-manufacturing 3d-printed-enclosure parametric-cad pcb-housing
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