I've attached a few photos of the scan and my attempts but for the life of me I am unsure of how to achieve the design, I tried making the shape of the inner lofts and then shelling it to achieve a nice thickness for everything, but then the bodies do not want to merge due to zero thickness. I understand the function of what I am to design but every time I try to recreate the way the casting looks I end up with the ugliest shapes and forms before even reaching a point of wanting to split it in half to make it a 2 piece machining project It's basically a pipe between two flanges that splits into 3 inlets from one giant one. I want to reverse engineer a part, of which I have a 3D scan. I am facing an issue, I think I have reached a point where I feel like my skills are exhausted haha. This is a learning community DEROGATORY, DEMEANING, or OVERTLY NEGATIVE remarks are NOT TOLERATED. ASK FOR CONTACT INFO FOR YOUR LOCAL VALUE ADDED RESELLER.The SOLIDWORKS Entrepreneur Program for commercial start-ups.Couple that with Free Essentials Training for Veterans while you're at it. Military Veterans - $20 USD ($40 Canadian).Your legal options, in order of increasing cost. OR ENCOURAGE, EXPLICITLY OR IMPLICITLY, PIRACY If you believe your post has been caught in the spam filter (not showing up), please PM a moderator and alert them to the issue. Please read this before posting any Blog/Vlog Message the Mods with proof to get yours.ĬSWA and CSWP Exam Prep courtesy of /u/BMEdesign Indexing of the 4th & 5th axes including tombstoneĪncillary applications installed separatelyĬAMWorks Library Features (supports only 2. Automatic QuotingĪutomate quoting and compare it to traditional methods to ensure all aspects of the part are accounted for ahead of time.ĪFR - Automatic Feature Recognition - HolesĪFR - Automatic Feature Recognition - Pockets, BossĪFR - Automatic Feature Recognition - Turn Part & Assembly machiningĢ.5-axis milling solution which allows users to program in either part or assembly environments. Model Based Definition (MBD) is leveraged to ensure machining strategies are automatically adjusted based on tolerance specifications. Reading tolerances and surface finishes will help you to make decisions about how to manufacture your product.
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