Gents, I've got a frustrating situation I'm hoping you can advise me on. First, I'm primarily a wood-worker. Years ago I bought a 1944 Atlas/Craftsman lathe that I use almost exclusively for turning pens/bowls/etc. I've done a bit of metal work on it, supporting tool-making for the wood working. There are many projects I would like to do, but don't do, because I need to mill a slot or three but the work is too much to do on the milling attachment on the lathe: it's a stiffness issue. So, I'd like a 'mill'. But I'm VERY space constrained, and not made of goal.
I also have a Delta 17-990x drill press. When purchased it was advertised by Delta as their gold plated heirloom grade model. It's a piece of crap. The reeves drive needs new pulleys (cracked), the bearings are shot, etc. I've got all the parts. BUT, the taper on the spindle has some goobering up where a drill bit got caught in a piece and twisted. So the jacobs taper has a bit of gouge+burr. This is really driving me crazy. I have 3 major projects, 2 of which are wife related and one of which is daughter related, where I need the drill press. All have a time frame of 'Christmas', so this drill press issue is extremely unwelcome.
First question: what is the right way to clean up the jacobs taper? Is there a right way?
Now, the spindle is no longer available. So my choices are: a) replace the crap parts and fix the spindle gouging or b) replace the crap parts and live with any run-out caused by the spindle gouging or c) 'something else'. Making my own spindle is probably out as the 'other' end of the spindle is a long series of spines, I don't have the ability to grind/polish or harden accurately.
'Something else' would be a benchtop mill drill. Some questions about that.
1. Is there a sub-$2k benchtop mill/drill you can recommend? By 'recommend', I include the thought that the quality is such that I don't have to make it a major project to bring stiffness/backlash/etc up to snuff. For steel...
2. I've read the spec's of a few. Is there a specification that tells you the distance from the bottom of a drill chuck to the table? My main concern with mill/drill is having sufficient height clearance.
3. This sounds like a weird question, but it's a key concern. On a mill drill, would it be possible to bore a hole right through the X table, Y table, and casting so I can feed dowels/rod stock through the bottom for end-drilling? Or is there typically 'stuff' directly under the axis?



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