This add-in exports designs in various resolutions, structures and formats within one run. The advantages compared to the built-in command includes:
This command exports the active design (or parts of it) into several formats, structures and refinements in one run. When the command starts, the user interface displays the preconfigured default values. These can be adjusted and the changed values (deltas) can be saved in the design.


The summary report is grouped into the the sections Info, Warning and Error. What categories are shown can be configured in the Default Editor Show Summary.
| Category | Syntax | Description | Example |
|---|---|---|---|
| Info | FileType: + FullFileName | Successfully exported object | f3d: D:/Download.../Blocks.Block.f3d |
| Warning | FileType: + (Type) + FullFileName | Successfully exported component, but meshes are missing | step: (Mesh) D:/Download.../Blocks.Block.step |
| Warning | FileType: + (Type) + OccurrenceName | Bodies should be exported but this component contains meshes that are not exported | stl: (Link) MixedBlock:1 |
| Error | FileType: + (Type) + FullFileName | File couldn't be created because of external links | f3d: (Link) D:/Download.../Blocks.f3d |
Most parameters correspond to those from the Default Configuration Command. The one exception is the field Export Bodies that is used to select bodies to limit the exported to a subset of the design. Export formats like STEP or F3D don't support exports of single bodies and will interpret this selection as a selection of a component / occurrence and may contain more than one body. Not all fields shown in the Default Configuration Command are also used in this command.
This command allows the definition of the default configuration that is used in the Export Design dialog. The commands is located in the workspace EXPORTIT. Some of the fields in this section are only shown in the Export Design Command.
The user interface is divided into the following sections:
This tab provides all functions to configure what export formats are created and how they're structured.
Export options are top level filters that are applied to STL, STEP or F3D exports.

| Label | Option | Description |
|---|---|---|
| Export Types | stl | Enables or disables the export of STL files |
| Export Types | step | Enables or disables the export of STEP files |
| Export Types | f3d | Enables or disables the export of F3D files |
| Exclude Components | List of components with bodies | Checked components and including sub-components are not exported. This option will not effect exports with the structure One File |
| Exclude Links | If checked references to external designs (links) are not exported. This option will not effect exports with the structure One File |
The behavior of STL export is configured in this section. Following options are available:

Structures are used to define the granularity of exports.
| Option | Description |
|---|---|
| One File | This structure corresponds to the built-in one and creates one file containing all visible BRep bodies. |
| One File Per Body In Component | A component can have many occurrences in one design. This option will export each component only once regardless of the number of occurrences. It creates one file per body (or per selected body) in a component. Due to this filter, it will not keep the original position in the 3d space. This structure is e.g useful if a design reuses components and wants to keep the number of exported files small. |
| One File Per Body In Occurrence | This option corresponds to the integrated One File Per Body, but does not create double exports of the same body and works with selected bodies, too. It maintains the positions of the bodies at different occurrences. This structure is useful if the stl files are reassembled at a later point - e.g. in a slicer for multi color / multi material 3d prints. |
| One File Top Level Occurrence | This option creates one file for each top level occurrence. It's useful if the occurrences are used treated as logical groups like colors or materials and the stl files are reassembled at a later point. In comparison to One File Per Body In Occurrence this option creates less files but needs a special workflow / structure during the design process. |
Refinements can roughly be described as the mesh density of an export. Following refinements are pre-configured.
| Option | Description |
|---|---|
| Low | This option corresponds to the built-in one. |
| Medium | This option corresponds to the built-in one. |
| High | This option corresponds to the built-in one. |
| Ultra | This one is based on the built-in High settings, but sets surface deviation to 0.000508mm and normal deviation to 15. This results in a much finer mesh and is great for very detailed geometry or large, roundish objects. |
| Custom | This option enables the definition of surface deviation, normal deviation, maximum edge length and the aspect ratio |





One to many structures or refinements can be selected.

The behavior of 3MF export is configured in this section. The export of of 3MF files behaves the same as the STL exports. Following options are available:
Structures are used to define the granularity of exports.
| Option | Description |
|---|---|
| One File | This structure corresponds to the built-in one and creates one file containing all visible BRep bodies. |
| One File Per Body In Component | A component can have many occurrences in one design. This option will export each component only once regardless of the number of occurrences. It creates one file per body (or per selected body) in a component. Due to this filter, it will not keep the original position in the 3d space. This structure is e.g useful if a design reuses components and wants to keep the number of exported files small. |
| One File Per Body In Occurrence | This option corresponds to the integrated One File Per Body, but does not create double exports of the same body and works with selected bodies, too. It maintains the positions of the bodies at different occurrences. This structure is useful if the 3mf files are reassembled at a later point - e.g. in a slicer for multi color / multi material 3d prints. |
| One File Top Level Occurrence | This option creates one file for each top level occurrence. It's useful if the occurrences are used treated as logical groups like colors or materials and the 3mf files are reassembled at a later point. In comparison to One File Per Body In Occurrence this option creates less files but needs a special workflow / structure during the design process. |
Refinements can roughly be described as the mesh density of an export. Following refinements are pre-configured.
| Option | Description |
|---|---|
| Low | This option corresponds to the built-in one. |
| Medium | This option corresponds to the built-in one. |
| High | This option corresponds to the built-in one. |
| Ultra | This one is based on the built-in High settings, but sets surface deviation to 0.000508mm and normal deviation to 15. This results in a much finer mesh and is great for very detailed geometry or large, roundish objects. |
| Custom | This option enables the definition of surface deviation, normal deviation, maximum edge length and the aspect ratio |
More visual examples could be found here: Refinement Examples
The granularity of STEP exports is configured in this section.

Structures are used to define the granularity of exports.
| Option | Description |
|---|---|
| One File | This structure corresponds to exporting the root component with the built-in function and creates one file containing all visible BRep bodies. |
| One File Per Component | This function corresponds to exporting a selected component but will create one file per component or selected component. |
One to many structures can be selected.
The granularity of F3D exports is configured in this section.

The granularity of STEP exports is configured in this section.
| Option | Description |
|---|---|
| One File | This structure corresponds to exporting the root component with the built-in function and creates one file containing all visible BRep bodies. This add-in is based on the provided API and therefore Fusion 360 exports cannot contain any linked components. Creation of .f3z files is not possible. |
| One File Per Component | This function corresponds to exporting a selected component but will create one file per component or selected component. |
One to many structures can be selected.
This tab provides all functions to configure the export directory and the filename.
This section allows the definition of the components of the export directory and when the directory is selected.

The full path can be composed out of the export directory, the project name, the design name and the export type (stl, stp, f3d).
| Label | Option | Description | Example |
|---|---|---|---|
| Configure Export Directory | As Base Directory | This option is useful if all exports (cross-project) normally use a common base directory and the individual projects are separated from each other by the generated directory. | D:/Google Drive/3d Printing/Fusion 360 |
| Configure Export Directory | When Exporting A New Design | This option is useful if cross-project exports do not have a common base directory, but the exports of a design are always saved in the same export directory. | C:/Temp/MySpecialDesign |
| Configure Export Directory | For Each Export | This option forces the selection of an export directory on each export. | C:/Temp |
| Reset Export Directory | Checked / Unchecked | If activated, the dialog for selecting a base / export directory is displayed after the Default Configuration command has been closed by pressing OK or by starting an export in the Export Design command. | |
| Export Directory | Checked / Unchecked | Target directory of the export or base directory of all exports | D:/Google Drive/3d Printing/Fusion 360 |
| Add Project Name | Checked / Unchecked | If checked the project name will be added to the export path | D:/Google Drive/3d Printing/Fusion 360/ExportItTest |
| Add Design Name | Checked / Unchecked | If checked the design name will be added to the export path | D:/Google Drive/3d Printing/Fusion 360/ExportItTes |
$ claude mcp add Fusion360_ExportIt \
-- python -m otcore.mcp_server <graph>