What SolidWorks Toolbox Is (and Is Not)
SolidWorks Toolbox is a library of standard hardware components: bolts, nuts, washers, pins, retaining rings, bearings, and more — covering ISO, DIN, ANSI, JIS, and other standards. Instead of modeling an M8 hex head bolt from scratch every time, you drag it from Toolbox into an assembly, specify the configuration (length, grade, thread pitch), and it is placed correctly.
Toolbox is not a substitute for supplier component models. For purchased parts with complex geometry (motors, actuators, sensors), use manufacturer-provided STEP files. Toolbox is for standard fasteners and mechanical components defined by dimensional standards.
Setting Up Toolbox
Toolbox ships with SolidWorks but must be configured before use. Go to Tools > Add-Ins and enable SolidWorks Toolbox Browser and SolidWorks Toolbox Utilities.
Open the Toolbox configuration tool (SolidWorks Toolbox > Configure). Key settings to address:
Standards selection
Enable only the standards you actually use. If your company uses ISO (DIN/ISO) hardware exclusively, disable ANSI, JIS, and others. This keeps the Toolbox library from becoming overwhelming and prevents accidental use of the wrong standard.
File storage location
By default, Toolbox stores component files in the SolidWorks installation directory. In a team environment, move Toolbox to a shared network location (or PDM vault). Go to Tools > Options > System Options > Hole Wizard/Toolbox and set the path to the shared location. All team members must point to the same Toolbox path, or you will have multiple versions of the same Toolbox part causing configuration conflicts in assemblies.
Part numbering
Configure how Toolbox assigns part numbers to components. Options: use the description (e.g., “ISO 4762 M8x20”), use a custom numbering scheme, or leave blank. In a PDM environment, part numbers must match your ERP/BOM system. Set this before using Toolbox in production — changing part numbers after the fact requires updating every assembly that uses those components.
Inserting Components
Access the Toolbox browser from the Task Pane (right side panel). Navigate to your standard and component type. Drag the component into the assembly and it appears as a generic placeholder. In the property manager, select the configuration: nominal diameter, length, thread pitch, head style.
SolidWorks Toolbox components use configurations rather than separate files. A single Toolbox part file for M8 hex bolts contains configurations for every available length. This keeps the file count manageable but means one file can have dozens or hundreds of configurations.
After placement, use SmartMates (drag to a hole while pressing Alt) or the standard Mate tools to position the component. For bolts in holes, Coincident between the bolt axis and hole axis, plus Surface Contact between the underside of the bolt head and the mating face, constrains the bolt correctly.
Configuring Component Properties for BOM
Toolbox components need populated custom properties to appear correctly in BOMs. At minimum, configure:
- Description: “M8 x 20 Hex Socket Head Cap Screw ISO 4762”
- Part Number: per your company BOM system
- Material / Grade: “Class 8.8 Steel, Zinc Plated”
- Standard: “ISO 4762”
Set these in the Toolbox configuration tool under User Data. You can define default properties per component type, so every M8 ISO 4762 bolt automatically gets the correct description and standard without manual entry per insertion.
Customizing Toolbox Data
Toolbox uses an Access database (.mdb) or SQLite database to store component data. You can add custom components to Toolbox — for example, company-standard specialty fasteners that are used across all projects.
To add a custom component: model it as a SolidWorks part with configurations, then use the Toolbox configuration tool to register it in the database. Assign it to a custom standard folder. It then appears in the Toolbox browser alongside the standard components.
Important: back up the Toolbox database regularly. The database is not automatically version-controlled by SolidWorks PDM. A corrupted database can remove all custom component data.
Common Mistakes with Toolbox
| Mistake | Consequence | Fix |
|---|---|---|
| Each user has their own local Toolbox | Configuration conflicts in shared assemblies | Centralize Toolbox on a network share or PDM vault |
| All standards enabled | Confusion between ISO and ANSI components, wrong hardware ordered | Enable only the standards your company uses |
| No part number scheme configured | BOM has blank or inconsistent part numbers | Set part number format in Toolbox Configure before first use |
| Using Toolbox components without PDM check-in | Toolbox files not in PDM, references break when files move | Configure Toolbox vault location to be inside PDM vault root |
| Modifying a Toolbox part file directly | Modification applies to all instances in all assemblies | Copy-out (save as a non-Toolbox part) before modifying |
Using Toolbox with SolidWorks PDM
If you use SolidWorks PDM (Professional or Standard), Toolbox integration requires careful setup:
- Move the Toolbox folder inside the PDM vault root directory.
- In PDM Administration, set Toolbox folder settings to exclude Toolbox files from check-in/check-out rules (they are managed by Toolbox, not PDM workflow).
- Configure vault permissions so all users can read Toolbox files but only the Toolbox administrator can write.
Without this configuration, Toolbox components either do not appear in the PDM file tree (causing broken references in assemblies) or get checked out by individual users, blocking others from using them.
SolidWorks PDM has specific Toolbox integration documentation. Follow it precisely — this configuration is the most common source of Toolbox-related support tickets in team environments.
Key Takeaways
- Centralize Toolbox on a shared network location before anyone uses it in a team. Local Toolbox installations cause configuration conflicts that are painful to untangle.
- Enable only the standards you use and configure part numbers to match your BOM system before production use.
- Use the Toolbox Configure tool to set default properties for component types — description, standard, grade — so BOMs populate automatically.
- Never directly edit a Toolbox part file. Copy-out and modify the copy if a non-standard variant is needed.
- With PDM, follow Autodesk’s Toolbox/PDM integration guide exactly. Half-configured Toolbox/PDM setups are the source of many assembly reference errors.
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