OpenSCAD als Linux-Alternative zu Autodesk Fusion 360
Aktualisiert am
Unser Fazit
OpenSCAD is not a direct replacement for Autodesk Fusion 360 for most mechanical engineers or product designers who rely on interactive modeling, simulation, and CAM. However, it can be a good fit for users who prioritize script-based, parametric design of simple to moderately complex parts—especially those comfortable with programming. It excels in reproducible, version-controlled designs but lacks simulation, assembly management, and toolpath generation. If your workflow is heavily parametric and you don’t need simulation or CAM, OpenSCAD may work, but most Fusion 360 users will find it too limited.
- Lizenz
- GPL-3.0+
- Preis
- Kostenlos
- Aktuelle Version
- 2021.01 (31. Januar 2021)
- Bewertung
- —

Was gleich funktioniert
- Both support parametric 3D solid modeling, allowing design changes via parameters.
- Both can export to STL, a standard format for 3D printing.
- Both use Constructive Solid Geometry (CSG) principles for building models.
- Both allow precise control over geometry, useful for machine parts.
- Both support DXF files for 2D profile import, useful for extrusions.
Was anders ist
- OpenSCAD is script-only and non-interactive; Fusion 360 offers real-time, mouse-driven modeling.
- OpenSCAD lacks mechanical simulation, stress analysis, and any CAM functionality.
- Fusion 360 supports complex assemblies with constraints; OpenSCAD has minimal assembly support.
- Fusion 360 includes PCB design tools; OpenSCAD has no electronics design capability.
- Fusion 360 supports cloud collaboration and versioning; OpenSCAD is local and file-based.
Ihre Autodesk Fusion 360-Dateien öffnen
OpenSCAD cannot open Fusion 360's native .f3d or .f3z files. You can export from Fusion 360 to STL, DXF, or OBJ and import those into OpenSCAD, but geometry may be limited—especially for parametric data. STL import works for mesh data but loses parametric history. DXF import is useful for 2D profiles. There is no way to preserve features, constraints, or history when moving from Fusion 360 to OpenSCAD.
Von Autodesk Fusion 360 zu OpenSCAD wechseln – Schritt für Schritt
- Export key 2D profiles from Fusion 360 as DXF for reuse in OpenSCAD.
- Rebuild models in OpenSCAD using parametric scripts, leveraging exported STLs for reference.
- Use OpenSCAD's CSG operations (union, difference, intersection) to replicate solid features.
- Automate variations with variables and modules for design families.
- Export final models as STL for 3D printing or sharing.
Wichtige Funktionen von OpenSCAD
- Parametrisches Modellieren über skriptbasiertes Design
- Konstruktive Solide Geometrie (CSG)-Operationen
- Extrusion von 2D-DXF-Umrissen
- Unterstützung für STL- und OFF-Dateiformate
- Import von DXF-Dateien für 2D-Pfade und Parameter
- Nicht-interaktiver Rendering-Prozess
- Verfügbar auf Arch, Debian, Fedora, openSUSE und Ubuntu
OpenSCAD unter Linux installieren
flatpak install flathub org.openscad.OpenSCADsudo apt install openscadsudo apt install openscadsudo dnf install openscadsudo pacman -S openscadsudo zypper install openscadHäufige Fragen
Can I use OpenSCAD for 3D printing?
Yes, OpenSCAD is widely used for 3D printing. It exports clean STL files, and its parametric nature makes it easy to customize printable parts like brackets, enclosures, or gears.
Is OpenSCAD suitable for beginners in CAD?
It depends. If you’re comfortable with coding and logic, OpenSCAD can be intuitive. But users expecting mouse-driven modeling may find it frustrating and less visual than typical CAD tools.
Does OpenSCAD support assemblies?
It can position multiple parts together in a scene using transformations, but it lacks formal assembly constraints, motion studies, or interference checks found in Fusion 360.