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He probably uses a belt sander.I want to see how you get them shaped on the exterior.
Nutz n bolts don't necessarily equate to what is required to achieve or the importance of maintaining normal machining tolerances.I know a guy that attempted to fix a warped head with a belt sander and a carpenters square. Did it work? Nope and this guy is a trained mechanic.
CNC?, ..IMO, machining hint for making em faster...if ya want...
I'd use SS stock that was slightly 1/8" thicker than the lug thickness desired..parallel machine sides of stock for steel hard jaws 1/8" deep ...to hold each side firmly in Kurt vise hard jaws on parallels. just make sure your carbide rough and finish profilers clear the hard jaws by .010" ...then drill and interpolate lug holes to size, drill pin hole, and profile the outside of all 5, in each Kurt vise. Then flip the 5 over and "peal off" the backs in profiled aluminum jaws...done... lugs complete, unless you want to parallel grind for perfection.
But it really doesn't matter if you're enjoying yourself, keep on doing it your way....after all having fun machining is a rewarding endeavor, and you'll always be learning... with every project.
I think a friend's sheet metal shop could laser them. Expense?? I've never seen a need for a fat recoil lug.Ray,
Considered the way you're thinking, when pondering this job. Trouble is this material is very, very hard to cut in my horizontal saw. As in watching grass grow slow. So, I decided to use the mill to do the cutting. I would personally rather stand by the mill than hunched over at the saw! Lol. Actually quite efficient this way, relatively speaking. Looked into getting parts water jetted to size as well, ridiculously expensive though. Many ways to do this job.
Paul
@X-Caveman has a shop with all those tools that could cut them at least to rough size way cheaper than starting from a blankRay,
Considered the way you're thinking, when pondering this job. Trouble is this material is very, very hard to cut in my horizontal saw. As in watching grass grow slow. So, I decided to use the mill to do the cutting. I would personally rather stand by the mill than hunched over at the saw! Lol. Actually quite efficient this way, relatively speaking. Looked into getting parts water jetted to size as well, ridiculously expensive though. Many ways to do this job.
Paul
You still get a kerf on laser cuts, and likely some slag as well, so it isn't perfect. But anything less than 1/2", I prefer laser over water jet.Nice work!! What kinda vmc are you using?
Laser is slightly more accurate then water jet. Water jet does not create the "hard egde" laser does.
For small batches your current method is probably just as cost effective
He apparently wasn’t trained very wellI know a guy that attempted to fix a warped head with a belt sander and a carpenters square. Did it work? Nope and this guy is a trained mechanic.
Yes, it depends on a lot of things,.. how you do a machining job, like the tools you have available on hand, or what you're willing to purchase, a profit needed for a job, or just a hobby, a few parts in the run or over a million. You can buy flat bar and shear to length. Or spend 3/4 of a million and lazer cut them by the millions. A programable saw, cuts to length while you're away machining. But on a low budget project no high dollar machine tool is practical...consider a metal scrap yard to save money or hobby work for your material. I have one 1.5 miles from my home, they have lots of industrial steel, SS, aluminum, brass scrap, some with PO numbers on them so ya know its quality material at scrap prices...We still have a fair amount of machining going on around here and two rare metals facilities...titanium is available, but the other stuff is highly controlled no zirconium, halfnium, tantalum, niobium, available to the general public. ATI Wah Chang as it's now known, was the heart of the materials used for nuclear weapons, submarines, aircraft carriers, power plants and water reactor for electricity, and super conductor technology all developed here by the US Bureau of Mines. Machinist jobs were everywhere...than it all faded and robotics and computer chips came into being. Some of the areas are highly contaminated with radioactive waste, nothing lived in the stream running out of the settling ponds ...but downstream we played around it as kids, if you could stand the strong chemical smell. Zirconium fires are hell on earth white hot blinding intense heat, and water only enrages it as it breaks down the water into hydrogen and oxygen for a flame thrower burn. Chemical fire extinguishers at available at every machine, and sometimes we'd have more than one fire a day.... everyone is a trained firefighter...if ya have to call 911 it's too late, as it happened one day the whole shop burned to the ground and everything in it...and the fire department is less than a mile away...it was too dangerous for them and they carry water, when the found out it was a zirconium fire, they just let it burn out half a city block. Interesting times to be a machinist, it was the 8th most dangerous job in the world, and a lot of things and chemicals banned like 111 triclorethelene we use by the 55 gallon drum, daily.Ray,
Considered the way you're thinking, when pondering this job. Trouble is this material is very, very hard to cut in my horizontal saw. As in watching grass grow slow. So, I decided to use the mill to do the cutting. I would personally rather stand by the mill than hunched over at the saw! Lol. Actually quite efficient this way, relatively speaking. Looked into getting parts water jetted to size as well, ridiculously expensive though. Many ways to do this job.
Paul