AO: We are back from the dead... again! After an 18 day outage, we are finally alive and well. Who knew how complicated updating software/databases from 2008 would be. I still have alot of tweaks to make, but my main goal was getting everything patched and updated to 2026.
Vbulletin 6 has changed alot since 2008 so we will have a ton of new features to dig into.
I have a business degree, not engineering so please be gentle. What are those files good for? Can they be used to machine the specific part?
Well they can be used to generate ideas and concepts for parts or custom made items if you have the programs that Andy uses to make them.
For example,.. I have Solid Works 2008 and Invertor 10. I can download all the files for the X-Valve he has,... then make a file called an "Assembly" file,.. which is simply a file that helps relate all the other seperate files as one piece.
When your done,.. you have a complete X-Valve model.
This can be added to a rail... frame, body,... ect. Then you have a complete gun.
All these files can be used to make a new part,.. like a frame,... and then you can add in your new frame to the other parts and see what it looks like.
I use my own rail models I made, some frame models, sears, etc.... to show what my parts will look like.
Wait. So, you're saying SW part files can't be used to generate CNC machine code?
Solid Works is a CAD program. So it is used to generate CAD works for low cost plans, ideas, matching/mating parts together, etc.
The software that makes the G-Code (or whatever) for the CNC is CAM,... an example would be SolidCAM made by DS Systems who makes Solid Works. Or MasterCAM, BobCam, MeshCAM.
These programs take the information you have in your model, and allow the user to tweek the machine paths to make the part, but do it more efficiantly.
Say you have a part that requires you to mill it on at least 2 sides,... so you have to at some point flip the part over. CAM software would allow you to run a "mock" CNC path to tell you how long at what settings it would take to make the side of the part. It tells you what tools you should use some times, if there is going to be alot of backlash due to the feed rate your using to mill with, if you programmed the wrong tool for a section and it cant mill it, etc.....
Im not a machinist,... Im taking classes to learn as a hobby.
..These programs take the information you have in your model, and allow the user to tweek the machine paths to make the part, but do it more efficiantly...
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