Machining Vise Mounting Clamps on an old Milling machine [4k authentic sound]
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- เผยแพร่เมื่อ 3 เม.ย. 2022
- A little side project. Manually machining low profile vise clamps for my DIY CNC Mill. Material used here is 6083 aluminium alloy. No talking or music, just manufacturing.
- วิทยาศาสตร์และเทคโนโลยี
![ตั๋วเมีย (ຕົວະເມຍ) - SOMBATH.97 Ft. YOUD SALAVAN [ Official music video ]](http://i.ytimg.com/vi/GV6qHagpp50/mqdefault.jpg)
That bandsaw cut was super accurate
There was definately some luck involved, measured the 50mm length with a tape measure off the side of the blade. I'll take it tho!
Just subscribed your channel, watched your CNC videos. They are pretty good. I'm planning (since a long time) to build a CNC for myself. With the list in the Excel that you provided I feel a Lil bit closer to achieve what I have been thinking of for sometime. Thanks...!
Thank you it's great to hear all that! It is a really rewarding project building something of this magnitude. I'm in the process of making a new video as the mill is now complete and fully operational. Will be posting soon.
I much prefer the actual sounds rather than music.
Glad to hear! I also thought the original audio fit this video best.
without access to complex metrology equipment, in theory, if I had say a large AA granite surface plate to reference from, is it realistic to assume I could build an ultra precision machine with that and some really nice calipers/dial indicators, straight edge and squares?
Yes you could build one but depends what you mean by ultra precision. My machine is accurate to around 0.02mm (on axis flatness, straightness and perpendicularity) and this kind of accuracy is achievable using conventional measuring devices. Having a known flat plate and dial indicator for checking flatness and form is a must in this case.
@@tw2ka644 .02 isn’t bad if that’s end to end or something, but yeah, I’m shooting for maximal precision, I’ll even scrape the way surfaces for the rails if I have to, I can shim them for final coplanarity if I need to, I just don’t have access to lasers and complexly metrology to make getting ultra precise measurements easy. I have dial indicators with super high resolution, surface plate, etc… I guess I need to draw something up in cad first, I want a fixed epoxy granite mill with a metal skeleton. I want to go all out on the linear motion components, insane stuff, c3 ball screws, ultra fat and rigid rails, everything super overkill but compact.
@@CryoftheProphet Yeah it's basically .02 across the rail mounting surfaces. All the axis are straight but I still need to shim the gantry to get Z-axis moving perpendicular to the XY-plane. That's the final step. Your project sounds great! Scraping the surfaces is definately the way. If you have access to a good milling machine for facing the mounting surfaces that helps a lot.
Any updates on the diy cnc
Yeah! The cnc is fully operational now and I've been learning it over the last month or so. I'm making a video about the completed mill right now and it will be published once I finish editing.
@@tw2ka644 excited, thanks