Design a modern soap holder in Fusion with a fast workflow optimized for 3D printing. Learn parametric sketching, honeycomb patterns, shell features, and Combine Cut techniques to create a clean, functional PETG or PLA print.

Learn how to design a fully parametric mechanical linkage in Autodesk Fusion (formerly Fusion 360) using sketch constraints, tangent geometry, mirrored features, extrusions, and engineering drawings. This step-by-step tutorial covers the complete workflow from sketch to finished drawing while demonstrating best practices for creating robust, editable CAD models.

Learn how to create a knurled bolt in Fusion using emboss, circular patterns, modeled threads, and technical drawings. A practical workflow for mechanical CAD and 3D printable designs.

Design a customizable 3D printable lampshade in Fusion using splines, surface modeling, revolves, intersections, and circular patterns. This step-by-step tutorial demonstrates practical workflows for creating organic printable geometry with clean parametric control.

Twisted cone vase built in Fusion using a controlled mix of surface and solid modeling. A helical sweep defines the spiral cutouts, then stitch and thicken convert the geometry into a clean, 3D-printable solid.

Design and document a flanged pipe elbow in Fusion using a clean, efficient workflow. Build the geometry, refine it with fillets and appearance, then create a fully dimensioned technical drawing ready for export and manufacturing.

Learn how to create a clean deboss effect on a curved surface in Fusion using Thin Extrude and Emboss. This tutorial covers efficient sketching, feature control, and a fast workflow for engraving precise details on a cylindrical model.

Model a fully parametric tire in Fusion using revolve, fillets, and pattern workflows. Build clean tread geometry and a flexible design ready for 3D printing.

Design a 3D-printable hexagon pot in Fusion using surface and solid modeling. Learn how to build the faceted shape and refine it for clean 3D printing.

Create a simple propeller model in Fusion by combining surface and solid modeling tools. The workflow covers sketching the hub, shaping a blade with splines and lofts, converting surfaces into solids, and finishing the design with patterns and rendering.

Learn how to design a circular honeycomb pattern in Fusion using a repeatable workflow for building clean hexagonal lattices for decorative and functional design projects.

Design a modern, 3D-printable pen holder in Fusion using surface-driven workflows, offset planes, lofts, circular patterns, and parametric edits you can reuse for vases and lampshades.

Learn how to model complex twisted geometry in Fusion using 3D sketches, tangency control, and sweep with guide rails.

Design a decorative tulip bowl in Fusion using practical solid and sketch workflows for 3D printing. Learn how to shell for wall thickness, emboss SVG patterns onto curved surfaces, and prepare clean renders for thumbnails and product listings.

Learn how a single sketch edit in Fusion can update an entire model. This tutorial shows how parametric design and timeline order work together to create flexible, reliable designs.

Design a decorative bowl in Fusion by combining sheet metal, surface modeling, and loft tools. Learn how to build flexible sketches, reuse geometry, unfold for flat detailing, and refine the final shape with surface workflows.

Learn how to design a multi-color 3D-printed lampshade in Fusion using a clean, parametric workflow. This tutorial combines surface and solid modeling techniques, including splines, revolve, surface thickening, and pattern tools, to create a printable, customizable lampshade design step by step.

Fillets are one of the most powerful yet often misunderstood tools in Fusion. They do more than soften sharp edges—they influence strength, surface continuity, and how well a model survives design changes. This tutorial covers five practical fillet facts, each based on real modeling scenarios that improve workflow reliability and produce cleaner, more professional parts.