SOLIDWORKS Frequently Asked Questions

Files created with your SOLIDWORKS for Makers account are digitally watermarked and can only be opened using a SOLIDWORKS for Makers license. They cannot be opened with commercial or academic versions of SOLIDWORKS. This watermark applies to native formats such as .3dxml, .sldprt, .sldasm, and .slddrw.

You can work with a wide range of popular CAD formats, including STL, STEP, DXF, and DWG. To collaborate or share your designs more broadly, export them in neutral formats like STEP (.stp) or IGES (.iges) for 3D printing or hobby projects.

Yes. With SOLIDWORKS for Makers, you can design and 3D print ducts, vents, handles, and trim pieces for your vehicle. You can test the fit and motion digitally before printing, then export your design in STL or STEP format for reliable, high-quality results.

Yes. You can export your drone models as STL files and print frames, brackets, or guards using your preferred material. Many makers 3D print their drone parts at home to save costs and customize designs before adding motors, propellers, and electronics.

Yes. SOLIDWORKS for Makers includes basic simulation tools that let you test your frame under realistic flight loads. You can confirm that arms, mounts, and joints are strong enough to handle thrust and vibration, helping you avoid cracks or deformation during flight.

Yes. For yearly subscriptions, SOLIDWORKS for Makers offers a 15-day money-back policy. If you request cancellation within 15 days of your purchase, your order will be refunded in full. Refund requests are not possible with monthly subscriptions, though you can cancel prior to your next monthly renewal. To submit a cancellation or refund request, please fill out the Online Support Form.

Yes. SOLIDWORKS for Makers supports flat pattern and 2D template exports, making it ideal for crafting with foam or creating paper-based Pepakura builds. Simply unfold surfaces or export DXF outlines to guide precise cutting and assembly.

Yes. You can create and simulate assemblies to check for fit, interference, and motion before fabrication. Makers often use these tools to refine brackets, mounts, or housings, ensuring precision before cutting or printing.

Absolutely. You can scan or measure existing parts, rebuild them in SOLIDWORKS for Makers, and adjust the design to fit your needs. Many users create custom dashboards, mounts, or trim upgrades, combining digital precision with hands-on craftsmanship.

Absolutely. Use assemblies and motion studies to test how moving elements work before building. This is ideal for props featuring gears, wings, light-up panels, or folding mechanisms that require smooth movement and precise alignment.

Yes. You can measure, model, and re-create broken or missing parts such as knobs, handles, or brackets. Test your designs digitally before printing or rebuilding to ensure a perfect fit and reduce wasted materials.

Yes. SOLIDWORKS for Makers automatically creates cut lists, bills of materials, and part drawings that update as your design evolves. This helps you plan efficiently, estimate material needs, and minimize waste before you start building.

Absolutely. You can create 3D-printed connectors, brackets, or decorative elements that integrate with wood or metal structures. This blend of digital and traditional making is ideal for custom fixtures, hybrid furniture, or modular builds.

Yes. You can experiment with different materials, wall thicknesses, and lattice patterns to reduce weight while maintaining strength. Combined with 3D printing, this approach helps improve flight time and overall performance.

Yes. SOLIDWORKS for Makers enables you to export DXF or DWG files from your CAD model in 2D or 3D drawings for use with CNC routers or laser cutters. It ensures accurate alignment, smooth paths, and clean cuts for every woodworking project.

Yes. Once your base figurine is modeled, you can adjust joints or proportions using assemblies or configurations. This approach lets you create variations or entire figurine sets without rebuilding each model from scratch.