About Solidworks to obj
You can import mesh (*.stl, *.obj, *.off, *.ply, *.ply2), VRML (*.wrl), and 3D manufacturing format (*.3mf) files. Import SOLIDWORKS imports mesh files as one of the following: Graphics bodies Mesh BREP bodies Standard SOLIDWORKS BREP bodies, according to the import option you select when importing mesh files. For more information, see Graphics Mesh and Mesh BREP Bodies. If you select an import option as: Solid Body or Surface Body without selecting Mesh body options, SOLIDWORKS imports the mesh file as a standard SOLIDWORKS BREP body with limitations: The import replaces each facet by a face (performance slows with increased numbers of faces.) The mesh file cannot have more than 500,000 facets. Solid Body or Surface Body with Mesh body options selected, SOLIDWORKS imports the mesh file as a mesh BREP body. Graphics Body, SOLIDWORKS imports the mesh file as a graphic body.In mesh BREP and graphics bodies, a warning indicates if the mesh file has more than 5,000,000 facets. The message is a warning and not an error because more powerful computers with faster processors and more memory may be able to import mesh files with more than 5,000,000 facets. Imported PLY files must have faces. The software cannot import PLY files with no faces. Recommendation: Graphics bodies import faster. In SOLIDWORKS, you can convert them to mesh BREP bodies, and therefore import mesh files as graphics bodies. Export The STL translator exports SOLIDWORKS part and assembly documents as STL files. Click: to access STL export options and save the data in .stl format. Print 3D (Standard toolbar) to print a prototype. SOLIDWORKS assembly files that you export as *.stl files are imported into SOLIDWORKS as part documents. You can assign a unit of measure to a model for import and export.
Key features of the Solidworks to obj that are enabled through these drivers include:
- Solidworks file to .obj export
- Converting SolidWorks to .obj? - forum.keyshot.com
- SolidWorks to OBJ export - exchangetuts.com
- How to Convert OBJ to Solidworks
- import OBJ in solidwork crash
- How to Convert OBJ to Solidworks - Techwalla
- Free-Solidworks-OBJ-Exporter - GitHub
CAD Exchanger allows to view, explore, and convert 3D CAD models across 30+ key CAD formats, incl. native (SOLIDWORKS, CATIA, Siemens NX, DWG...), neutral (JT, STEP, IGES, IFC...) and kernel (Parasolid, Rhino, ACIS...) formats.Whether you are on a shop floor, at a business meeting, or just outside your office you can still work with your 3D models and share files with your partners.Free mobile version of CAD Exchanger complements more feature-rich commercial desktop and Cloud versions. All of them run on CAD Exchanger SDK, our own CAD formats conversion technologies which you can use to build your own 3D mobile, web and desktop apps: CAD formats import (under 25Mb):▸ SOLIDWORKS (sldprt; sldasm)▸ CATIA (CATPart; CATProduct)▸ Siemens NX (prt)▸ STEP (stp; step)▸ JT (jt)▸ Parasolid (x_t; x_b)▸ STL (stl)▸ PTC Creo (prt, asm)▸ ACIS (sat; sab)▸ IGES (igs; iges)▸ Inventor (ipt, iam)▸ Solid Edge (asm, par, psm)▸ 3D XML (3dxml)▸ IFC (ifc)▸ OBJ (obj)▸ VRML (wrl)▸ Rhino (3dm)▸ AutoCAD Drawing (dwg)▸ DXF (dxf)▸ glTF (gltf, glb)▸ PLY (ply)▸ Collada (dae)▸ 3D PDF (pdf)▸ X3D (x3d)▸ 3MF (3MF)▸ U3D (u3d)▸ PRC (prc)▸ Open CASCADE (brep)3D CAD formats export:▸ STEP (stp; step)▸ STL (stl)▸ IGES (igs; iges)▸ OBJ (obj)▸ VRML (wrl)▸ CAD Exchanger nativeAvailable operations with 3D CAD models:● Product structure navigation to access parts and assemblies● Basic properties editing such as color and name assignments● Switching between B-Rep and polygonal representations● Sectioning and exploded views creation● Access to basic dimensions dataProduct structure navigationProduct structure navigation allows you to show or hide model’s individual parts and sub-assemblies and get instant access to the measurement information in a few taps.Flexible view capabilitiesDepending on your goals you can choose B-Rep geometry or polygonal mesh representations for your CAD drawings. You can visualize 3D models in wireframe, shading modes or combinations of the above.Sectioning and exploded viewsYou can explore internal details and component layout of the models with the help of sectioning views, which allow to cut the model in several dimensions and choose the sectioning plane position. Or just visually explore your 3D model and understand the underneath of the design with a help of an exploded view.Colors and names editingYou can assign or modify colors and names of the parts and assemblies to make your 3D model more visually appealing, easy to navigate through and for efficient BOM (Bill of Material) generation in the downstream apps.Access to basic dimensions dataBuild a bounding box of
