Why emboss distorts on spheres and barrel shapes Fusion’s Emboss command works well on planar and cylindrical surfaces. A cylinder curves in only one direction, so the text can wrap around it without changing shape. A sphere or barrel shape curves in two directions. Imagine wrapping a flat sticker around an apple: it must bend around the surface and up or down to follow the shape. That extra bending distorts the text. The workaround below gives Fusion a cylindrical surface to

There can be multiple different ways to design a part in Fusion. We'll show how to create a part three different ways, and each method reaches the same final shape. 1. Revolve a constrained profile Use constraints to keep the sketch simple Create a centerline from 0,0 before drawing the profile. Fusion can use it to create diameter dimensions and later select it as the revolve axis. Set the overall height to 77.5 mm, then sketch the basic shape of the profile. To make sketch

In Fusion, creating accurately aligned counterbore holes on a curved overmold by using the Hole Command can be difficult. This write-up explains the process of projecting the existing tapped-hole axes onto the surface, adding 3D points where the geometry intersects, and placing each point on a plane along its axis. The Hole command then follows the sketch plane’s Z direction, aligning each hole with the matching tapped hole in the main body. Create axes from the existing tap

Autodesk has added some new functionality into the Sheet Metal commands. We will highlight these new commands by creating a sheet metal dustpan. Create the Aluminum Inch Dustpan Component Create a new component and set its type to Sheet Metal. Choose the sheet metal rule named aluminum inch, and name the component dustpan. Create a centered rectangle with the R shortcut key for the Rectangle command. Start with a 12" by 12" rectangle. Use the Flange command to give the part

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

The rolling marble example I showed in last weeks video uses Contact Sets. This function checks to see when bodies or components contact each other. Drag the sphere across the floor and wall, and Fusion stops it when those selected bodies make contact. Enable Contact Sets for Selected Bodies Under the Assemble menu, Fusion provides Enable Contact Sets and Enable All Contact. Enable All Contact constantly checks whether bodies touch or clash. This makes it computer intensive

The fillet command is one of the most used tools in 3D design software. It turns sharp edges into smooth, rounded ones. This makes parts look better and is safer, as it removes the sharp edges. Fusion offers many powerful options inside the fillet command. This guide will show you every option. You will learn how to create simple rounds and complex, flowing shapes. We will cover constant and variable fillets, tangency weight, corner types, and more. How to Start a Basic Fille

Have you ever looked at a 3D part and immediately thought, "That has to be a loft"? Sometimes the most obvious solution isn't the simplest one. A customer recently sent me a drawing of an angled component, asking for the best way to model it. While my first instinct was to use the loft command in Fusion, that path led to several unexpected challenges. This blog post details that full, problem-solving journey. I'll show you the loft-based method I first used, including the fix

Creating professional manufacturing drawings in Fusion means getting the details right. A common challenge is showing a detailed view of just one part while still listing the correct total quantity needed for the build. This blog post will walk you through the simple steps to solve this. You will learn how to use visibility controls instead of suppression. You will also see how to customize your parts list table for clearer, more informative drawings. The Core Problem: Quanti

Building smooth, professional 3D models doesn't have to be a struggle. If you work with complex shapes in Autodesk Fusion, you need to know about a powerful command. The Intersection Curve tool can transform how you create 3D guide curves. It leads to smoother surfaces and saves you from tedious manual editing. This guide explains this advanced technique. You will learn how to use it effectively, avoid common mistakes, and improve your designs. What Is the Intersection Curve

Creating a 3D model of an object with curves in multiple directions can be tough. Items like a kayak paddle need advanced methods. This guide will walk you through one way to model these complex shapes. We will use a process that starts with simple images and builds into a full 3D model. You will learn to use surfaces, guides, and analysis tools to get a clean, professional result. Starting Your Project with Reference Images The first step in modeling a complex shape is to ge

Does your 3D print project involve a model too long for your printer's bed? This is a common challenge for makers and designers. The solution is not a difficult process. You can split your model into smaller, printable parts right inside Fusion. This guide will show you how. Getting Started with Your Slicer in Fusion Before you split anything, set up Fusion to point to your slicer software. This saves time and avoids file format issues. Go to the Utilities tab and click the M

This blog post breaks down the process for creating a detailed mechanical model in Autodesk Fusion. By using smart features like the pattern and hole commands, you can speed up your design process. The key focus is on keeping all sketches fully constrained. This lets you change the model later and get predictable results. We will build a complex part by breaking it into three simple shapes and using powerful tools. Beginning with a Fully Constrained Sketch The first step is t