The Question A customer reached out to me asking how to create "grooves" that ran along an axis of a part. I will explain a couple of different methods on how you could approach this. Using the Pipe Command The Pipe command creates a shape along a path. Select the part’s outside profile, then set the section size to 0.06. The preview shows the circular profile moving along the path and cutting the part. Set the operation to Join when the pipe should become part of the model.

The parametric paper towel holder is modeled in Fusion from a primitive cylinder as its starting point. Its decorative grooves connect to the cylinder’s circumference and pattern quantity. Start the Fusion Model with a 4 in Cylinder Primitive Create a new design and choose Hybrid and inch. The customer supplied an image without dimensions, so use small example values: a cylinder primitive with a 4 in diameter and 4 in height. Fusion can create a live parameter while you enter

Fusion Arrange: Create Compact Cutting Layouts for Laser, Plasma and CNC Manually positioning parts for a laser cutter can sometimes take longer than designing them. Fusion Arrange solves that problem by placing components inside a defined material area. It can help prepare layouts for laser cutting, CNC routing, woodworking, and other flat-stock jobs. Fusion Arrange can preserve the original assembly, control part rotation and send the finished layout to the Manufacture work

Creating realistic lighting in Autodesk Fusion once meant building a 3D body, applying an emissive material, and rendering to see how the light would look. Fusion scene lights now remove that slow process. You can now place point lights, spotlights, and photometric lights directly in the scene, then watch shadows and brightness change in real time. The updated tools also provide control over intensity, color, direction, source shape, distribution, and IES profiles. That makes

Fusion Community Tips for More Reliable Parametric Models These Fusion community tips show how to build designs that keep their thickness, fit, spacing, and dimensions as the model develops. The methods come from feedback on videos I have done in the past. They cover an angled toolbox, patterned holes, sketches, extrusions, and reusable parameters. Preserve Consistent Material Thickness with Shell and Split Body Why a ruled surface can produce the wrong thickness A ruled surf

How to Model an Angled Toolbox in Fusion Using a Skeleton or Envelope A angled-wall toolbox drawing can look easy at first glance. The trouble starts when the sides taper in two directions while the top and bottom stay flat. Add rabbets, a fitted bottom, and a centered handle, and a basic extrude no longer gives reliable results. This angled toolbox in Fusion is easier to control with a skeleton design, also called an envelope design. Two master sketches define the overall fo

When Fusion fillets fail, the error message can feel vague: "The fillets cannot be ordered to return a successful solution." The problem usually comes from how the model geometry was created. A radius may remove a face, create a self-intersection, or follow an incomplete edge chain. A simple block with a round boss shows the problem clearly. A small fillet works on the boss, but increasing the radius eventually makes the top face disappear. The red edge in the preview points

Pattern on Path: Get Exact Spacing on Curved Designs A pattern can look evenly spaced in Fusion and still be mathematically wrong. This matters when you create 12 holes, connect chain links, place rivets, or repeat slots along sheet metal. Fusion Pattern on Path gives you control over repeated features and components, but the default drag handles often encourage guesswork. The techniques below show how to measure closed paths, prevent duplicate endpoints, orient components, a