Onshape vs Wings 3D

Onshape is a browser-accessible 3D CAD platform for parametric modeling of solids, surfaces and sheet metal, with iOS and Android apps also available. It supports assembly design, rendering, simulation, CAM and 3D-print export. Simulation covers linear static and modal analysis for stress, deformation and natural frequencies; CAM supports machining from 2.5-axis through 5-axis machines. Collaboration includes multi-user editing, instant sharing, real-time communication and access controls. Built-in product data management includes edit history, version control, release management, search and design-data sharing. The Free Plan is for non-commercial use, with publicly accessible documents and unlimited public storage. Standard costs $1,500/user/yr; Professional costs $2,500 per year. Qualified professionals may be eligible for a Professional trial of up to six months without a credit card. Enterprise uses custom pricing. Onshape says updates arrive every three weeks without installations or downtime. Listed integrations include Slack, Arena PLM, Altium Designer, FeatureScript, REST API and the App Store.

Wings 3D is free desktop software for subdivision modeling on Windows, macOS, and Linux. Its modeling tools include moving, scaling, rotating, extruding, beveling, bridging, cutting, welding, sweeping, plane cuts, bending, shearing, and insets. Sculpting tools are included, and AutoUV can cut and unfold a model surface for export to painting and texturing workflows. The application supports vertex colors, materials, and lights, and exports common 3D formats such as .obj as well as 3D-print files. Its interface is configurable, with customizable hotkeys and context-sensitive right-click menus. Rendering uses an external engine, and animation tools are not included. The listed stable release is 2.4.1, released January 2025. Windows requires Windows 10 or later and OpenGL 2.1; listed macOS downloads require macOS 15 Sequoia, while Ubuntu 24.04 packages require OpenGL 2.1 or Mesa. Snapshot builds provide experimental features.