This add-in for Autodesk® Fusion® adds several tools that will improve your machining workflows with Fusion.

Duplicate, label or cage parts and automate 3D Printing workflows.

Slice a solid and export contour lines data in CLI, DXF or SLC files.

Spherene metamaterial emulates isotropic bulk material but with variable density.

A professional helix generator with advanced features.

Time-tracking for Autodesk® Fusion® - report gross and net time spent on editing design documents

The add-in is a connector between Autodesk® Fusion® and the nPower Scheduler™ to produce an entire shop floor production schedule from additive build to post-processing routings from any ERP.

Professional 3D model slicing tool for Autodesk® Fusion®. Unlimited slices, multi-axis support, and timeline organization for laser cutting, prototyping, and manufacturing.

Trial 3D model slicing tool for Autodesk® Fusion®. Try slicing functionality with a maximum of 10 slices on the Z-axis. Perfect for testing workflows before upgrading to the unlimited Pro version.

Gain immediate insights into your design's suitability for Additive Manufacturing with cost indication in a range of materials and potential cost savings through redesign to lightweight your parts.

Application for a quick 3D print of your models by 3DprinterOS - the world’s first operating system for 3D printers.

This add-in plots surfaces specified by equations of the form z = f(x,y)

Simple hexagon sketch generator, along with the option to perform the cut-through operation on the specified region,

The App enables Autodesk® Fusion® users to assign individual material and parameter profiles and export native build files for all available TRUMPF TruPrint metal powder bed fusion 3D printers.

Easily create precise, customizable HTD timing pulleys in Autodesk® Fusion®.

Quickly extrude closed profiles from 2D sketches with customizable depth and direction.

Easily create precise 3M pitch HTD timing pulleys in Autodesk® Fusion®.

Lattice Design Suite (LDS) is designed to provide engineers the tools to design functional and optimized lattices much like the way they design their current parts.