SOLIDWORKS
by SOLIDWORKSSOLIDWORKS supports CAD on Windows, macOS and browsers, with desktop and browser access.
3D CAD software helps you build and edit precise digital models for parts, products and systems. This guide helps designers, engineers and teams compare tools before choosing a workflow.
The page compares free plans, paid starting points, modeling and assembly tools, sheet-metal and surface work, collaboration, file exchange and platform support. No ranking basis is published, so use these fields to compare entries.
SOLIDWORKS supports CAD on Windows, macOS and browsers, with desktop and browser access.
Rhino 3D is CAD software for Windows, macOS, Linux, iOS and API use.
iPhone & iPadWindowsMac+3Onshape is browser-based parametric CAD with Android, iOS and web access.
AndroidiPhone & iPadWebSolid Edge runs on Windows, Android, iOS and browsers, with desktop and browser access.
AndroidiPhone & iPadWeb+1NX suits product development teams that need design and engineering tools across Windows desktop and browser-based work.
WebWindowsIt suits people who need 3D CAD modeling, 3D-print export, and broad CAD file exchange.
CATIA is parametric CAD on the 3DEXPERIENCE web platform and Windows, with assemblies, surfaces and sheet metal.
Alibre Design is paid CAD software for Windows desktop use.
nanoCAD is hybrid CAD software for Windows with assembly design and a free plan.
Creo is CAD for Windows and the web, with iOS and Android apps and animation tools.
Autodesk Inventor is hybrid CAD for Windows with cloud collaboration, assemblies and sheet-metal tools.
FreeCAD suits designers, engineers, architects, and technical users who need parametric 3D modeling on a desktop.
AVEVA E3D Design is parametric CAD for Windows, web, API and self-hosted deployments, with assemblies and surfaces.
It suits engineers, architects, and construction professionals working on infrastructure projects who need Windows desktop CAD, BIM, geospatial, and model-documentation…
OwlCAD suits makers and designers who want browser-based parametric modeling, print preparation, and customizable published models.
It suits Windows-based engineers working with direct 3D modeling, manufacturing preparation, reverse engineering, or simulation geometry.
VISI suits users designing plastic injection moulds, dies, and related manufacturing workflows.
Compare the modeling method with the way you create parts and assemblies. Check support for assembly design, sheet-metal tools and surface modeling when those tasks are part of your work.
File import and export can affect how a model moves between applications. Review the formats a tool supports before switching workflows.
The list includes software for Windows, macOS, Linux and web browsers. It also includes self-hosted options and tools with an API.
Choose a platform that fits your computer setup, browser policy and automation needs.
A free plan can provide ongoing access with limits, while a free trial gives temporary access to paid features. Check what the plan includes before moving project files.
Pricing notes can show a paid starting point, a freemium model, a free plan or pricing on request. Siemens NX lists a 30-day trial, while Materializr lists a free plan.
Cloud collaboration is a listed comparison field. Check how a tool handles shared designs, access and review when work involves a team.
Web availability may help when you need browser access, but confirm that the modeling and file features you need are available there.
If code access or local control matters, check whether the software is open source and read its licence terms.
Self-hosted deployment and API access are separate comparison fields. Verify that the available option fits your security and integration requirements.