subybaja
E. Spengler
Damnit. I need another project like a hole in my head, but if PF is willing to do 50% of the work...
Sign me up.
Sign me up.
Your good I got more to cut out this weekend. I’m slow at this stuff. This is the good weekend for me to get stuff done opening weekend of deer hunting. One of the only weekends of the year I get left alone!!!Shit. Did i miss my chance to get in on this? I bought the plans a year ago but dont have a plasma to cut them out with. I just had to thread some 1/4" rod (No lathe) and i realized my 4" vise is inadequate.
Count me in if I can on getting parts for one of these
Do you have a piece of tool steel in that? I found that leaving the tool steel loose made it easy to stack feeler gauges behind so I could make a couple shallower passes like a keyway broach.Lol forgot how much it sucks to clean the weld out. Finally got the tool working good.
Yeah there is a piece of hss in there. I’m not a multi pass guy . One a done. Had to use the 1” milwaukee to pull it through.Do you have a piece of tool steel in that? I found that leaving the tool steel loose made it easy to stack feeler gauges behind so I could make a couple shallower passes like a keyway broach.
This thread fully kicks ass!
A sloppy half ass broach is just about the last kind of tool you wanna push. It WILL fuck off sideways and kink itself in there somewhere.Yeah there is a piece of hss in there. I’m not a multi pass guy . One a done. Had to use the 1” milwaukee to pull it through.
If I ever do 10 again I’ll just use a hydraulic cylinder and push the fucker through.
I could have used my hollow cylinder and pulled it through. That would have been the best. I’ll get a picture after supper. It isn’t much lol.A sloppy half ass broach is just about the last kind of tool you wanna push. It WILL fuck off sideways and kink itself in there somewhere.
Also you'll need less fixturing to pull since you can just extend the cylinder and pin the tool to the end and then retract the cylinder whereas to push you need to hold the tube and cylinder to each other somehow.
Can you share more pics of your current pull "broach" setup?
you gotta get some kingpin thrust bearingsLol forgot how much it sucks to clean the weld out. Finally got the tool working good.
I got a bunch of tracking numbers I didn’t pm out yet I’ll do that tonight.
Yeah roller thrust bearings are really rare in the shop. I don’t think I even have one.you gotta get some kingpin thrust bearings
Here it is in all its glory lol. I did smell my grinder. Did not smell like any perfume that I could tell .A sloppy half ass broach is just about the last kind of tool you wanna push. It WILL fuck off sideways and kink itself in there somewhere.
Also you'll need less fixturing to pull since you can just extend the cylinder and pin the tool to the end and then retract the cylinder whereas to push you need to hold the tube and cylinder to each other somehow.
Can you share more pics of your current pull "broach" setup?
don't your big trucks with beam front axles take them any more?Yeah roller thrust bearings are really rare in the shop. I don’t think I even have one.
Yeah they do but I have never had to replace them. We do a good job greasing so they don’t wear out. The lift axles are a different story I’ll have to try and re kingpin a set or two this winter. Those things get beat to hell.don't your big trucks with beam front axles take them any more?
they're a ball thrust bearing with a sheetmetal shield crimped around them that holds the two races together
real handy, I've got some that are car sized from my grandpa
so buy your parts now and let them be useful in the interim :pYeah they do but I have never had to replace them. We do a good job greasing so they don’t wear out. The lift axles are a different story I’ll have to try and re kingpin a set or two this winter. Those things get beat to hell.
Lol my parts tracking system is not good enough for that. I’ll use them for something like this then lose them cause me to buy more when it’s time to fix them .so buy your parts now and let them be useful in the interim :p
That's why you run a fleet of all the same vehicle. Duplicate and triplicate parts get used eventually.Lol my parts tracking system is not good enough for that. I’ll use them for something like this then lose them cause me to buy more when it’s time to fix them .
ok moneybagsThat's why you run a fleet of all the same vehicle. Duplicate and triplicate parts get used eventually.
Damn straight.ok moneybags
Edit, they are called offset vises. I found one.
I think with a few mods, you could make them from flat plate.
10 sets of tube are all boxed up. Shipping in the lower 48 is $35. Ak is $100+ lol. These bastards are heavy. Tube box is 36#. So they are $135 shipped.
Once the ten are spoken for I’ll have to get some more tube. That will take a few days for the steel yard to cut them up.
Three tubes, weld cleaned up in the large one.
I’m not a shipping guy. I second guess myself if I put everything in the box or not.
Not a bad idea...if you can find one.grade 8 or 10 coupling nut
In one of the Fireball videos he was testing vises. This one (with UNC 1"-8 threads) made 40,000 lbs with a 5' cheater. Some of the bearings got crunchy, but the threads stayed smooth.Quick math (i.e. using an online calculator ), depending on assumptions you make for friction/lubrication on the threads, 400 ft-lbs on the nut could put 53k lbs. A gorilla with a hammer could easily exceed that if he were mildly dedicated.
Acme threads were formulated prior to 1895 to replace square threads and a variety of threads of other forms used chiefly for the purpose of producing traversing motions on machines, tools, and for heavy load work.
The acme thread form is most often used for lead screws, jack screws, CNC systems and many other applications. Also used in industrial applications requiring heavy torque and power transmission such as lathes, milling machines and presses. Acme threads, with a 29 degree angle, are broader, stronger, and squarer than standard V-shaped threads. This makes them the best choice for power transmission and carrying loads
The acme lead screw is probably the most widely used in the United States because of the availability.
European machines are most often Trapezoidal Thread (Metric Acme), which is not readily available in the US, but can be converted.
Overall acme screws have much better wear properties, load capabilities, and tolerances, than standard threaded rod. Since the threads are thicker and wider, they operate better in environments with dirt and debris as well.