How to Use the Honeycomb Pattern Add-In in Autodesk Fusion
Create honeycomb patterns in Autodesk Fusion with the Honeycomb Pattern Add-In. Learn to fit hexagons to circular and irregular faces, generate sketch grids, and use Extrude to create geometry for 3D-printing projects.
Designing a 3D-Printed Phone Stand with ChatGPT, Claude, and Autodesk Fusion
Design a 3D-printable phone stand in Fusion with help from ChatGPT and Claude. Learn how clearer dimensions, better design inputs, and defined AI responsibilities can improve an AI-assisted CAD workflow.
Design a Parametric Snap Fit in Fusion (formerly Fusion 360) for 3D Printing
Learn how to design a reliable, support-free snap fit in Fusion (formerly Fusion 360) for 3D printing. This step-by-step tutorial covers surface and solid modeling, clearances, tapered locking features, circular patterns, STL export, and print preparation in Bambu Studio.
Design a Soap Holder STL That Can Sell Online | Fusion + 3D Printing
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.
Does More Infill Make 3D Prints Watertight? A Practical Vase Test
Are 3D prints waterproof? Design a simple vase in Fusion, prepare three versions with different infill percentages in PrusaSlicer, and test how infill density affects water resistance, print time, and filament consumption.
How to Display Component Colors in Fusion
Learn how to display component colors in Fusion using keyboard shortcuts, search, and the Inspect menu. Follow a mold assembly example to connect Browser and Timeline colors with model geometry and inspect internal parts using Section Analysis.
Design a Honeycomb Soap Mold in Autodesk Fusion for 3D Printing and Silicone Casting
Design a honeycomb soap mold and its 3D-printed casting assembly in Fusion. Learn sketch patterns, Combine Cut, surface offsets, thickening, and alignment-pin clearances, then prepare the parts in PrusaSlicer for silicone casting.
How to Design a 3D-Printable Sillcock Key in Autodesk Fusion
Design a 3D-printable sillcock key in Autodesk Fusion using surface modeling, a guided twisted loft, and a form-based thumb recess. Follow the workflow from a measured square socket to STL export and brim setup in PrusaSlicer.
From Idea to 3D Print: Making Custom Shower Curtain Hangers
Design a seahorse shower curtain hanger in Fusion using a traced SVG. Learn to clean up the sketch, shape the rod opening and curtain hook, create raised details, and prepare the model for 3D printing.
How to Design 3D-Printed Leaf Coasters in Fusion and Slice Them in PrusaSlicer
Design a set of leaf coasters in Fusion using a size reference, imported SVG artwork, and features at different heights. Then export the models and prepare them for single or multicolor 3D printing in PrusaSlicer.
5 Fusion Tips for Designing Multi-Color Viking Coasters for 3D Printing
Design six Viking-inspired coasters in Fusion while learning how a linked master file, derived geometry, and separate color bodies can streamline single-color and multicolor 3D printing.
How to Design and 3D Print a Voronoi Coaster in Autodesk Fusion
Design a 3D-printable Voronoi coaster in Fusion and learn how to create its organic cellular pattern, refine the model, export the STL, and prepare it for printing.
How to Design a 3D Printed Honeycomb Soap Holder in Autodesk Fusion
Design a 3D-printable honeycomb soap holder in Fusion while learning how to create repeated hexagonal geometry, control dimensions, add drainage, and prepare the model for reliable printing.
How to Design a Custom Bottle Holder in Autodesk Fusion for 3D Printing
Design a custom bottle holder in Autodesk Fusion (formerly Fusion 360) using a practical top-down modeling workflow. Learn surface offsets, splines, projected geometry, mirroring, tangent planes, mounting slots, and parametric techniques for creating a functional 3D-printable prototype.
How to Create a Honeycomb Pattern in Fusion: A Step-by-Step Guide
Learn how to create a fully parametric honeycomb pattern in Autodesk Fusion (formerly Fusion 360). This step-by-step tutorial covers body patterns, surface modeling, trimming, borders, and preparing the final design for 3D printing.
How to Design a Twisted 3D Printed Vase in Autodesk Fusion (formerly Fusion 360)
Learn how to create an organic 3D printable vase in Autodesk Fusion (formerly Fusion 360) using surface and solid modeling techniques. This beginner-friendly tutorial covers splines, surface thickening, embossing, circular patterns, fillets, and finishing touches to build a clean parametric model ready for 3D printing.
How to Model a Bottle Prototype in Fusion: A Step-by-Step Surface Modeling Guide
Learn how to design a realistic bottle in Autodesk Fusion (formerly Fusion 360) using a professional surface modeling workflow. This step-by-step tutorial covers Sweep, Split Face, Loft, Patch, Stitch, and Pattern on Path while explaining the modeling decisions that lead to clean, parametric, and 3D-printable geometry.
How to Model a Precise Mechanical Part in Fusion Using Sketch Constraints and Parametric Design
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.
Create a Knurled Bolt in Fusion Using Emboss and Drawings
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.
How to Design a 3D-Printable Lampshade Using Fusion (Formerly Fusion 360)
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.