I decided to work on that adapter I made for the lawn mower problem. First, after having looked back at part of the book I reground the left-cut bit to improve the angle and honed it. Got the piece fairly well centered* in the chuck(Gerry, it is getting easier to do), set the speed slow, adjusted the bit and started cutting. I've got part of a can of Do-Drill cutting oil(that can has lasted a good ten years) and used it to lube the steel.
Second project: a week or so ago I managed to break the decapping pin in my 8mm die. And NOBODY in town has these. For this I got a piece of garage door spring about three inches long that was pretty straight and annealed**, chucked it with an inch sticking out and made this piece:
Last, made a small punch
Going to take a while, but I'm learning how to use this thing. I need to get some proper bit holders for one thing, they'll make adjusting angles a lot easier. Just to try, I put one of the carbide bits on the belt sander and all it did was polish the surface(about like expected, but had to try); I'll have to get a proper grinding wheel for those.
*'Fairly well' means the dial indicator showed all four corners as close to identical as I could get. Square or thicker round stock is pretty easy to get centered; the piece for the pin wasn't perfectly straight so I got it as close as I could. It was the smallest stock I had that would fit into the chuck tightly.
**Left over from forging small blades and chisels. When you straighten the stuff out for that 'pretty straight' works well, and when it's going to go into the forge before any grinding or filing annealing isn't a big deal. Happily, this was from some stuff I'd taken some pains on that step.
2 comments:
Keep tool overhang short to avoid chatter, if you still get it all the time, you may need to snug up the collar at the left hand end of the spindle to take any end play out of the spindle. finger tightening should be enough, dont over do it!
Keith
Look at you, Firehand! Making all kinds of neat little things.
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