I have a cardboard shipping tube I use to hold the oil hardening round stock. Then end just had the plastic cap held in with staples. Probably 17 years old considering I was building my Gingery lathe in 2002.
Anyway I went to move it and the plastic cap came out in pieces. I grabbed a chunk of 1.875"" diameter dowel I turned on the wood lathe years ago and sliced off about 1.25" and chucked that into the Gingery Lathe.
Set up my ELS for 0.040" per pass, thread depth to 0.215 or so. Set the BEGIN and END positions and pressed START. A minute or so later I had the plug. Quick dab of glue and a couple of staples and once it's dry I don't think it will come out again.
Then I cleaned off the sawdust and started oiling things again.
That's when I noticed that the aluminum on CRS has actually created bed wear over the last 15 years or so. Of course since this was the development platform for the ELS it makes sense there's been a lot of back and forth motion. But even though I have the South Bend which only has the Z axis automated, the fully automated Gingery does get the occasional use. But bed wear from aluminum on CRS. Fascinating.
Anyway I went to move it and the plastic cap came out in pieces. I grabbed a chunk of 1.875"" diameter dowel I turned on the wood lathe years ago and sliced off about 1.25" and chucked that into the Gingery Lathe.
Set up my ELS for 0.040" per pass, thread depth to 0.215 or so. Set the BEGIN and END positions and pressed START. A minute or so later I had the plug. Quick dab of glue and a couple of staples and once it's dry I don't think it will come out again.
Then I cleaned off the sawdust and started oiling things again.
That's when I noticed that the aluminum on CRS has actually created bed wear over the last 15 years or so. Of course since this was the development platform for the ELS it makes sense there's been a lot of back and forth motion. But even though I have the South Bend which only has the Z axis automated, the fully automated Gingery does get the occasional use. But bed wear from aluminum on CRS. Fascinating.