Setting up the Nesting Utility in Autodesk Inventor

Autodesk’s Product Design and Manufacturing Collection (PDMC) now comes with an embedded nesting utility for Inventor, and it’s fantastic. Part of the economy of sheet metal manufacturing comes from the ability to cut component parts out of a single sheet of… well, sheet metal. In order to minimise wastage, it is important to maximise the use of this sheet by efficiently nesting the parts to be cut. This is where the Autodesk Nesting Utility comes in handy. Read on to learn how to get started with this great new tool!

Prerequisites and Installation

Firstly, it is important to note that the Nesting Utility is only available to those on an Autodesk PDMC subscription. If you are a subscriber, then you can download the installation files from your Autodesk account ( Once you have downloaded the installation files, you can shut down any Autodesk programs you have open and begin the installation.

Autodesk Products and Downloads
Autodesk Nesting Utility

Ensuring Installation was successful

The Nesting Utility exists as an add-in for Inventor, and is therefore accessed via Inventor. Following installation, you should see a ‘Nesting’ tab at the top of your user interface. If you do not see this tab, then you may need to enable the add-on. This can be done by going to:

Tools -> Add-ins -> Nesting Utility -> Tick ‘Loaded/Unloaded’ and ‘Load Automatically’

Now, you’re good to go!

Nesting Tab Visible - Nesting Utility is working
Load Nesting Utility Tab Automatically

The Nesting Utility

So what can the utility do exactly? And what does it need? In a nutshell, the Nesting Utility works by accepting the following inputs:

  • The profile(s) to be nested,
    • Conveniently, these can be provided in a wide range of file formats, including Inventor parts, sheet metal parts, assemblies, DWGs and even DXFs!
    • Sheet metal parts will automatically be flat-patterned for nesting.
  • The desired quantities of each profile,
  • The orientation and spacing rules that the govern the nesting,
  • The dimensions of the sheet (length, width and thickness).

From these inputs, the utility can then compute an optimised nesting strategy, and output a nested layout as a 3D model, 2D drawing, MSI or DXF file.

Sheet Metal Part Flat Pattern
Nested Sheet Metal Parts
Nesting Utility DXF File
3D Model Ready for Cutting


We hope you found this introduction useful. If you are interested in learning how best to drive Inventor’s Nesting Utility, please don’t hesitate to get in touch with us as Man and Machine. We love all things CAD and CAM, and would be delighted to get you up to speed with these amazing tools!

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Related Links

Autodesk Inventor – Autodesk Platinum Partner | Man and Machine

Autodesk Inventor Training Courses | Man and Machine

Autodesk Product Design & Manufacturing | Man and Machine


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