SOLIDWORKS Frequently Asked Questions

Yes. You can scale or adjust your CAD model to your own measurements for a perfect fit. Import a reference photo or scan, then use dimensions and scale factors to size armor, masks, or accessories to your exact proportions.

Yes. You can divide large models into smaller printable sections in SOLIDWORKS for Makers, adding alignment features like dowels or joints for easy assembly after printing. This is useful for oversized designs, cosplay builds, or detailed prototypes that exceed the build volume of your printer.

Yes. With motion studies and 3D visualization, you can see how parts move and fit before fabrication, helping you confirm both function and style while avoiding errors or rework.

SOLIDWORKS xDesign for Makers runs entirely in your web browser, making it compatible with Mac, tablets, Chromebooks, and Windows. You’ll need an internet connection to access your projects and save your work to the 3DEXPERIENCE cloud platform.

3DEXPERIENCE SOLIDWORKS for Makers runs on Windows and can work offline for up to 30 days before syncing online. This flexibility allows you to design at any time, even without an internet connection, and seamlessly update your files once you reconnect.

Yes. Both SOLIDWORKS for Makers packages make it easy to design parts for 3D printing, from simple repairs to detailed hobby builds. You can export your models as STL files and prepare them with any slicer software for printing.

Many Makers also combine 3D printing with woodworking, metalwork, or small gadget design, using SOLIDWORKS for Makers to bring digital precision to hands-on projects at home.

Yes. Whether you’re designing a new tool, puzzle, game or gadget, SOLIDWORKS for Makers supports creative prototyping at home with detailed visualization and precision tools, allowing you to refine and test ideas before building.

Yes. You can generate assembly drawings with exploded views and bills of materials to support the design of cabinets and furniture. You can also render your models to visualize materials and finishes before you start building, helping you plan, organize, and present your build efficiently.

Yes. SOLIDWORKS for Makers lets you create accurate cut lists, bills of materials, and part drawings to plan every piece of your woodworking project. It helps you organize materials, avoid waste, and make sure you have exactly what you need before you start building.

Yes. Within 3DEXPERIENCE SOLIDWORKS for Makers, you can define machining operations, toolpaths, and speeds, then export G-code compatible with most hobby CNC controllers. This ensures smoother, more accurate cutting and helps you verify operations before starting the job.

Yes. SOLIDWORKS for Makers can manage large assemblies with many parts while running efficiently on standard home computers used for personal projects.

Yes. Whether you’re working on a single bracket or a full machine enclosure, SOLIDWORKS for Makers enables the management of multi-part assemblies with motion studies and constraints, allowing you to visualize every moving component before machining.

Yes. SOLIDWORKS for Makers enables you to create detailed, curved, or organic shapes, such as helmets, armor, masks, and props. You can combine surface and solid modeling tools to sculpt smooth, wearable parts that capture every contour of your design.

Yes. You can design modular sections that fit your workspace, printer, or CNC bed, then assemble them virtually to ensure proper fit and alignment before building the physical model.

Yes. Many car enthusiasts use SOLIDWORKS for Makers to restore or upgrade vintage cars by designing precise replacements for hard-to-find parts. You can model parts from photos, print a 1:1 template to test fit, and even create custom layouts for dashboards or body panels before fabrication.

You can easily create or reuse custom component libraries for motors, batteries, propellers, and controllers. This allows you to assemble your full drone virtually, verify fit and weight balance, and adapt existing open-source designs.