This will enable them to incorporate design decisions and revisions based on the limits of their machining and manufacturing capabilities.īy making more informed design decisions based on this knowledge, design teams can machine prototypes and manufacture them inhouse, which will enable them to control quality, time to market and delivery costs. (Image courtesy of SOLIDWORKS.)įor designers and engineers, access to SOLIDWORKS CAM means having a better understanding of how their 3D data will be interpreted by rules-based machining with knowledge-based machining (KBM) captured for manufacturing. The decision to include SOLIDWORKS CAM with SOLIDWORKS 2018 is part of long-term strategy to build a comprehensive and robust manufacturing ecosystem. SOLIDWORKS CAM for 2.5-axis milling and turning is powered by long-time SOLIDWORKS partner CAMWorks (click for video). SOLIDWORKS CAM is designed to automate manufacturing programming for 3D data created in SOLIDWORKS 2018, marking another step toward manufacturing information arriving in the shop without drawings. Let’s first focus on all you get with SOLIDWORKS CAM Standard (call it SOLIDWORKS CAM for short). The Pro version, which contains additional features, is still an extra cost add-in.More on the Pro version later.
nc for the same process.Every user of SOLIDWORKS 2018 on subscription can have SOLIDWORKS CAM Standard at no additional cost. When I deleted this code lines in loaded noramly to mach3mill but still cannot read IJK nor tilting or turn the tool according to IJK values. nc file in Mach3Mill there will be an error that Mach3 Cannot read a code that appears in 2 lines which is Started with G43.5 that can't be recognised by Mach3mill (G43.5 Z15. And this makes tool body to interfere with the piece. You can recognise that there are tilt and turn angles in Inventor simulator, but in fanuc output there are just IJK and they are completely ignored by the Inventor HSM editor 6.2 backplot window simulator and the tool center contact point and centerline is always normal to XY plane. but there is a strange issue in this that can be shown in the next 2 images:
I noticed that Fanuc output in dealing with IJK for tool orientation.
It generates a uniform paths when viewed in Inventor HSM Editor V. tap file of the output g code here.Īlso I have tried to use Fanuc Generic PP. I've attached 2 pictures in my previous comment that shows the deformation of processed output in Inventor HSM Editor V. Inside the post processor look for a section that looks like this : function onOpen() )
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