SOLIDWORKS Frequently Asked Questions

You can prepare parts for PLA, PETG, ABS, resin, and other 3D printing materials by adjusting wall thickness, infill, and tolerances. SOLIDWORKS for Makers helps you fine-tune your design for both filament-based (FDM) and resin printers to get reliable, high-quality prints.

Post a screenshot of the error in the MAKERS | Support community Other makers and the support team can review it and suggest next steps.

Post a screenshot of the error in the Maker | Support community . Other makers and the support team can review it and suggest next steps.

Post a screenshot of the error in the Maker | Support community. Other makers and the support team can review it and suggest next steps.

To create and prepare toolpaths, you need two parts of the workflow: 3D CAD for design and CAM for machining. The 3DEXPERIENCE SOLIDWORKS for Makers package includes both, providing you with parametric modeling, CNC capabilities, and file export options, so you can seamlessly transition from idea to cut part without switching programs.

SOLIDWORKS for Makers is professional-grade CAD software designed for personal use, ideal for creating detailed 3D figurines and collectibles. It allows you to sculpt precise shapes, verify clearances, and export files ready for 3D printing in formats such as STL, 3MF, and OBJ.

CAD software, such as SOLIDWORKS for Makers, is used to create, edit, and prepare 3D models with precise dimensions and assemblies. 3D printing software, often referred to as a slicer, converts CAD models into printable layers and generates the instructions that your printer follows. You design in CAD, then slice and print.

Start by sketching your base pose, then build the body and features using parametric or surface modeling. Next, verify the model's geometry and undercut analysis to ensure it will print cleanly. Finally, export your design as an STL or 3MF file for printing, and finish by sanding, painting, or assembling your printed parts.

For setup and usage guides, visit the Support Center .

Common causes include thin walls, unsupported overhangs, or poor bed adhesion. Use SOLIDWORKS for Makers’ geometry and mesh checks to spot weak areas before printing. You can also adjust support angles and part orientation to reduce stringing and layer separation.