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Digital Manufacturing
  • Digital Manufacturing Homepage - Royal Danish Academy
  • Laser cutting
    • Laser Cutting Introduction
    • Software and parameters
    • BODOR Laser Guide
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  • 3D Printing
    • 3D Printing Introduction
    • FDM Printing (Most common)
    • SLA Resin Printing
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  • CNC Routing
    • Introduction - CNC Fabrication
    • Preparing Your Material
    • CNC Technical Specifications
    • About Tools & Prices
    • 📖CNC Workflow Guide
      • 🚀Start here
      • ✍️Designing in Fusion
      • ✍️2D Drawing Import
      • ✍️3D Drawing Import
      • 1️⃣Single Object Setup
      • 2️⃣Multiple Objects Setup
      • 🛠️Tool Paths
      • 📂Post Processor
      • 🤖Machine Preperation
      • 👩‍💻Kinetic NC
  • Inspiration
  • 3D Modelling in Fusion (Beginner)
  • Adding Weight to 3D Prints
  • Snap-Together 3D Prints
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On this page
  • CAD / CNC Manufacturing Software - Fusion 360
  • Download Fusion 360
  • Hold up - Before you start designing your part!
  • Lets begin your first project
  • Not familiar with Fusion?
  • 2D line drawing (.DXF file)
  • 3D file (.STEP file)
  • Designing parts in Autodesk Fusion 360
  1. CNC Routing
  2. CNC Workflow Guide

Start here

This is where you start, for your first CNC project

PreviousCNC Workflow GuideNextDesigning in Fusion

Last updated 6 months ago

This guide will walk you through the process of turning a CAD drawing into a completed CNC project. On this page, we will go through how to prepare your CAD drawing.

CAD / CNC Manufacturing Software - Fusion 360

We use Autodesk Fusion 360, free for students and educators, to create CNC routing files. You can design your model directly in Fusion 360 or import CAD drawings from software like Rhino, Illustrator, SketchUp, or other vector-based programs.

Download Fusion 360

You can download Fusion 360 for free as a student and an educator using your KADK email via this webpage:

Hold up - Before you start designing your part!

Here is a quick intro to Fits and Tolerances.

If you're unfamiliar with the concept of fits and tolerances, you can watch the first minute of the video below. In Fusion 360, we do not need to draw manual fits to ensure the pieces fit together. We can experiment with that later when creating manufacturing parameters.

For now, design your parts to exact dimensions, and we’ll adjust the fit later on in the manufacturing parameters.

Lets begin your first project

There are different paths to start depending on your where you have designed your CAD drawing. We will go through the different paths in the next steps.

Not familiar with Fusion?

You can also use other software such as Rhino, Adobe Illustrator, or SketchUp

Fusion 360 allows importing various file types from other CAD software. Most drawing programs can only export a flat 2D file format in .dxf file format, while other software, such as Rhino and Solidworks, can export 3D files in a .stp file format. .stl files can technically be used, but they are more difficult to convert into a workable shape in Fusion. This guide will not cover working with .stl files for CNC routing.

2D line drawing (.DXF file)

If your 2D file was created in Rhino, Adobe Illustrator, or another 2D drawing software you start here. Press the link "Starting with 2D drawing" below.

3D file (.STEP file)

Begin here if you have a 3D drawing in a .stp file. Rhino, Solidworks and other CAD programs support .stp files. Press the link "Starting with 3D drawing" below. Not all CAD software can export a .stp file. Sketchup does not support .stp export feature.

Designing parts in Autodesk Fusion 360

If you have designed a file directly in Fusion 360, you can start from here:

If you'd like to learn the basics of 3D modeling in Fusion before starting your CNC project, click here.

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✍️2D Drawing Import
✍️3D Drawing Import
✍️Designing in Fusion
3D Modelling in Fusion (Beginner)
Screenshot of Autodesk Fusion 360 simulating a pocket toolpath in the manufacturing workspace
Example of a 2D line drawing with different shapes, that can later be extruded in Fusion 360
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