You can change the default RoboDK plug-in settings by selecting the Settings button.

Plugin Fusion360 - Image 11

Basic settings:

·   Object Name – Set the name of the curve/points object that will be loaded in RoboDK. If this case is left blank, the name of the part or the assembly file will be used.

·   Override – Override the object loaded previously in RoboDK if there is a name match.

·   Project Name – Set the name/path of the RoboDK project/station (.RDK file) to use. If the file is already loaded it will use the existing project. If the open project in RoboDK does not match with the file name it will open the project if the full path is specified.

·   Robot Name – Set the name of the robot that will be used in RoboDK (if you have more than 1 robot in your project). The robot name must match the name visible in the RoboDK station tree. Leave this value empty (default) to use the first or only robot available.

·   Reference Name – Set the name of the reference frame to place the path with respect to the robot. The name should match the visible name in the RoboDK station tree. If a name is not provided, the active Reference Frame Plugin Fusion360 - Image 12 will be used.

·   Tool Name – Set the name of the tool (TCP) to use with the robot to follow the path. The name should match the visible name in the RoboDK station tree. If a name is not provided, the active Tool Frame Plugin Fusion360 - Image 13 will be used.

·   Program Name – Set the name of the program file that will be generated.

·   Always Update Part– Check this option to always update the 3D model from Fusion to RoboDK. This will update the part when you select curves or points.

·   Load Path as Points – Check this option to convert a curve into points, so a Point follow project will be created in RoboDK. This is useful for manufacturing operations such as drilling. Uncheck this option to load the path as a Curve follow project.

·   Alternate Curve Directions - Check this option to alternate the direction of movement with each pass (Zig-Zag pattern).

·   Invert Normals – Check this option to invert the calculated surface normals. This will flip the robot’s tool orientation.

Advanced Settings:

·   Use Fusion 360 Theme in RoboDK – Start RoboDK with Autodesk Fusion 360 theme. This includes changing the behavior of the mouse for 3D navigation and the background color. These settings can be changed in the RoboDK menu: Tools-Options.

·   Communication Port – Set the communication port to communicate with RoboDK. Multiple instances of RoboDK can be running at the same time and use different setups if a different port is used. When this value is set to -1 (default), the default port is used (20500).

·   Startup Options – Set the arguments to pass to RoboDK the first time it starts. For example, to start RoboDK quietly you can set '/NOSPLASH /NOSHOW /HIDDEN'. Programs can still be generated even if RoboDK is not displayed. More information in the Command Line section of the RoboDK API.

·   Linear Tolerance (mm) – Set the linear accuracy to split curves as a set of points.

·   Mix Normals Tolerance (mm) – Set the distance tolerance used to mix normal calculations among multiple surfaces.

·   Export Format – Select the export format to load the part in RoboDK.

·   Display all object curves Display the curves loaded in RoboDK even if they are not selected. You can change this setting in RoboDK (Tools-Options-Display-Display Curves).