Design a 3D-printable fan grille in Fusion using sine wave geometry and surface modeling techniques. Learn a practical workflow for shaping organic curves and combining surface and solid tools.

Build a 3D-printable pen holder in Fusion using surface modeling and sinus wave geometry. Learn how to create complex organic patterns with stable, parametric workflows that won’t break your model.

Create a clean, 3D-printable fan grille in Fusion using a repeatable honeycomb pattern, parametric sketches, and efficient modeling techniques for reliable results.

Learn how to create a twisted vase in Fusion using the Form workspace, from basic primitives to a smooth, 3D-print-ready model.

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.

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.

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.