- Joined
- Dec 18, 2022
- Messages
- 2,634
That was hard to watch . I know all too well about the 1/4" ridge from the driveway to the garage floor . I bought a 8 ft Johnson bar which makes things pretty easy shuffling things around . After flipping my first lathe back in the eighties , I'm well aware these days that machines flip quite easily . Hope to see that machine workable one day soon .ought me one of those nifty CNC Bridgeports. Got it for $2500, along with a Bridgeport vice, and a CNC pallet (flat piece of steal with lots of threaded holes for mounting), and Ah-ha control system, plus an Acorn control board. I got it in excellent condition, then proceeded to dump it on its face in the driveway.
Didn't get to check mine out fully yesterday. What arrived was two pairs of 246 blocks. One pair looked pretty good, matching parallelism on a surface plate on the 2" thickness to about .0001. The other pair on average matches that, but swings +/-.0001 around the nominal. Basically looks like the grinding wheel was out of balance or something, you can see ripples in the grinding. The better pair has nicer looking grind to it.that was all I was saying. They are a good price, but ultra precision holes... NO.. not for their intended use. As a matter of fact, I don't know if my Mits are precision, but they have screws that work. But if they are 123 they are overpriced.
The threaded holes are there to make it more difficult to remove the accumulated chips.Why are there threaded holes? I haven't found a video that shows why they're there and how to use them.
I have 123 blocks but they spend a lot of time just getting chips thrown on them
Ah, Mission accomplished.The threaded holes are there to make it more difficult to remove the accumulated chips.
Okay, you sold one lathe and now have two?Just scored this Myford Super 7!
View attachment 447259
A crime of opportunity?The price was too good to pass up.
Now I have a decision to make on which to keep.
The Clausing or the Myford.