Formats and Compatibility
Shapr3D is compatible with all major CAD systems.
If you are planning to export from Shapr3D and continue your design elsewhere like SolidWorks, Rhino, Onshape, CATIA, Fusion360, Keyshot, PRO/E, Creo or even AutoCAD we recommend you the STEP export. This format is compatible with ALL the major 3D modeling systems.
These are the file formats we currently support at Shapr3D in the free version.
|Medium quality STL||NO||YES|
These are the file formats we currently support at Shapr3D in the PRO version.
|High quality STL||NO||YES|
Free file formats
If you want to export as a free user, this is your option.
Medium quality STL
STL is a mesh format, which means that it contains triangles, and nothing else (in case of Shapr, otherwise you could store color and lighting information in this format). This format is intended to be used for 3D printing at home with your filament based printer. This is why we are giving this for free: we are 3D printing enthusiasts, and we believe that Shapr3D will be one of the easiest and most affordable tools for hobbyists.
If you wish to import files as a free user, you can use the following formats:
PRO file formats
If you are a paid user, you can export to these file formats.
High quality STL
Format is the same as in the free version, but the quality is higher. If you want to use Shapr3D with CNC machines, or have a more expensive SLA printer, for example a Form2, you should go for Shapr3D PRO, and use the high quality STL export. This export format will create an ultra high quality, super precise STL from your model.
We are quite often asked what do these precision categories actually mean in millimeters. The answer is that precision is defined by maximal deflections.
For medium quality STL angular deflection is 0.45, and deflection is 0.1, for high quality STL angular deflection is 0.05 and deflection is 0.0025. In case if someone would need it, we could offer even higher quality STLs, but we think the current high quality STL is balanced very well between performance/file size/precision. Or we could even offer a user interface, where you could set these values to arbitrary values. If you are interested in something like this, send us an email to gabor [at] shapr3d.com.
STEP is the ultimate data format for CAD data exchange. It is an awesome standard, that is meant to become the number 1 data exchange format between different CAD systems – and it actually does a great job at this. If you want to use Shapr3D with any other CAD, you should go with STEP export, since this file format is compatible with ALL the major 3D modeling systems (SolidWorks, CATIA, Rhino, Onshape, PRO/E, Creo, AutoCAD, you name it. Everything.) Based on user feedback, Shapr3D’s STEP export is very robust, and does a really great job, just look at this Mars ROVR (pun intended) that we made in Shapr3D (download file: Mars-Rover.step) and imported to Rhino.
Step 1: Mars Rover created in Shapr3D.
Step 2: Export to STEP file format.
Step 3: Import STEP into Rhino.
There are many really complex features in this model, complex fillets, lofts, nurbs surfaces, revolved bodies, extrusions, etc. and Rhino imported it like a charm. You can download the Mars Rovr exported from Shapr3D in .STP fromat here (11MB, uploaded to Google Drive). Import it to your CAD of choice!
But a word of caution: while STEP and IGES are often grouped together in the same breath, they are certainly not equivalent. In fact, if formats were horses, it’s probably time to send the IGES pony to the glue factory.
Why do we support IGES then?
1. Because we can
2. In some very rare cases it can be useful. But you should always go with STEP if you can.
Shapr3D can handle
- IGES and
- Shapr imports.
And you can use the imported models just like if you created them in the app.
Why don’t you guys support STL imports?
Shapr3D is a so called solid modeler. This means that the underlying representation in Shapr3D are parametric surfaces and parametric curves. However, STL contains just a set of triangles. Thus importing STL would mean that we would have to convert a set of (maybe poorly connected) triangles to well connected surfaces. Do you know how to do that? No? Neither do we! Okay, just kidding, actually we do have some ideas how to do that, but that would be really, really hard to do, BUT we do have plans for doing this, maybe next year. But actually STL was never meant to be an input format for CAD, so if you want to import models, you may want to take a look at GrabCAD, where you can find lots of high quality models in STEP and IGES formats.
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