A basic gear design application for enthusiasts and professionals alike. With the 11 different variants, you will be able to implement gearing mechanisms into your designs as easy as it gets!

This Add-in for Autodesk® Fusion 360™ creates a print ready 3D cookie cutter from a 2D outline. The user can customize the “Bella” cutter cross section by entering key parameters.

This commercial Add-in for Autodesk® Fusion 360™ creates a print ready 3D cookie cutter from a 2D outline. The user can customize the “Bella” cutter cross section by entering key parameters.

This Add-in for Autodesk® Fusion 360™ creates a print ready 3D cookie cutter from a 2D outline. The add-in uses the “Sprinkle” cutter cross-section to generate the cookie cutter.

Easily create Helical, Double Helix, Herringbone, and Spur Gears, with or without backlash, using the Metric system of gear specification.

Generates a Kerf (laser cut width) compensated DXF file to produce laser cut parts with dimensions that match your drawings geometry. Optionally generates a DXF with multiple layers as well.

The RoboDK add-in for Autodesk® Fusion 360® allows you to combine Fusion 360 3D CAD/CAM modeling features with RoboDK for robot simulation, robot machining and offline programming.

Secure Remote 3D App Streaming Solution (on-premise or cloud), optimized for NVIDIA Quadro®. Remote access 3D workstations from any device (mobile + PC/MAC/Chrome).

Converts PDF files into editable DWG and DXF files. 30-day Trial.

Creates a lid/cap to fit in a hole on an planar face, useful for making box lids.

From BOM to CAD export and Drawing Notes, handle your data like a pro!

Auto dimension sketches. Break external dependencies.

Generates straight, helical and herringbone external, internal and rack gears as well as non-enveloping worms and worm gears

Unify your design calculations and with your CAD models. Swift Calcs is an engineering calculation suite where your answers are used to directly drive geometry in your Autodesk® Fusion 360™ models.

Mortise and Tenon add-in creates a mortise and tenon joint between two boards.