By accurately representing the geometry of the tools you’ll be using to mill your part, you can produce physical parts that match your digital designs.ĭownload and unzip the Othermill tool library. The Othermill tool library contains digital versions of all the tools we sell.
SOLIDCAM STL INSTALL
Step 3: Install the Othermill tool library. The CAM tab contains all the available milling strategies that you can use to mill your part.ĬAMManger button and CAM tab selected in SolidWorks. Once you’re done modeling your part in SolidWorks, click the CAMManager icon (highlighted in red below), which will switch to the CAM tab. It’s typically located at C:\Program Files\HSMWorks\Posts. Put Othermill-tinyg-m3x.cps into your HSMWorks posts directory. If it’s not there, continue in this step.ĭownload and unzip the Othermill post processor. In your computer, navigate to C:\Program Files\HSMWorks\Posts and look for a file named othermill.cps. Step 1: Install the milling machine post-processor, if necessary.īefore using HSMWorks to generate G-code for the milling machine, you’ll need to check if the milling machinel post-processor is installed. We’re working on making this easier.) For clarity, “HSMWorks” refers to HSMWorks or HSMXpress. (For non-Autodesk integrated plugins, you’ll need to export using a generic post-processor and hand-edit your G-code so it matches up with our G-Code Reference Guide and avoids the unsupported commands.
SOLIDCAM STL HOW TO
Autodesk products have excellent integration with the milling machine, so this guide specifically shows how to use HSMWorks/HSMXpress. This section shows how to use an integrated plugin to generate a G-code file that can be imported into the software to mill your part. Option 1: Use an Integrated CAM Plugin (HSMWorks) From there, you can generate a G-code file that can be imported into the software and milled on the milling machine.
If you choose to go with Option 2 and use a separate CAM application, this guide demonstrates the process of exporting a STEP file from SolidWorks, which you can then import into a CAM application such as Fusion 360. However, if you expect to be iterating rapidly and milling a lot of prototypes of your part, the extra speed and convenience may be worth it.
The only tradeoff is that it’s often more expensive. It allows you to skip the added steps of exporting a STEP file and loading it into a separate CAM program. Option 1 (using an integrated CAM plugin) is easier, more convenient, and provides a higher-end feature set.
SOLIDCAM STL SOFTWARE
Option 2: Model your part in SolidWorks, export it as a STEP file, generate toolpaths and G-code from that file in a separate CAM application such as Fusion 360, and then load the G-code file into the software Option 1: Model your part in SolidWorks, generate toolpaths and G-code from within SolidWorks using an integrated CAM plugin such as HSMWorks or MasterCAM, and then load the G-code file into the software For more information on the overall CAD and CAM process, see our CAD and CAM guide.Īs a SolidWorks user, you have two main options: Because SolidWorks is only a design application, an additional CAM (computer-aided manufacturing) application or plugin is required to generate toolpaths and G-code that the milling machine can follow to mill the design. To fabricate your SolidWorks designs on the Bantam Tools Milling Machine, a few steps are required. SolidWorks is a favorite tool of engineering professionals.
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