[How-To] Things I have made

[toprecyler]

Some pictures of another saw accessory, and was made to be used on mills in shop too. A threaded hold down plate.

Basically found biggest piece of plate that could fit in saw vice, and drilled and tapped 1/2” and 3/8” holes in a square pattern. I usually use mill hold downs to hold parts that I need to orientate certain ways to saw. Has worked much better than a c-clamp like we used to use.

I also made holes that line up with both milling machine tables in the shop, so it can be used there to as needed. I think I’ve only used it one time on the milling machine, but nice that it can do several different jobs.

 

[toprecyler]

Just another idea. I picked up a scrap deep fryer from a friend. I took one of the stainless pans and basket into work to put coolant in so when I’m grinding something on the shop made sanding disc machine, I can put the part in the basket to cool it down and easily pick it back out without having to put entire hand in coolant.

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[7milesup]

Some pictures of another saw accessory, and was made to be used on mills in shop too. A threaded hold down plate.

Basically found biggest piece of plate that could fit in saw vice, and drilled and tapped 1/2” and 3/8” holes in a square pattern. I usually use mill hold downs to hold parts that I need to orientate certain ways to saw. Has worked much better than a c-clamp like we used to use.

I also made holes that line up with both milling machine tables in the shop, so it can be used there to as needed. I think I’ve only used it one time on the milling machine, but nice that it can do several different jobs.

Just today, I was trying to figure out how to hold this odd-shaped part in my bandsaw. Now I know!

 

[toprecyler]

I found a good use for wood shims yesterday. I was making some alum rollers for local manufacturing plant we do a little bit of work for. The Alum tube fit thru my 4" lathe spindle easily being 3-1/2" diameter, but the other end was just sticking out of my lathe spindle. It was hard to keep running true with just the chuck jaws, so I made up some wood shims to true it in the bore.







I put an dial indicator on both sides and with the four jaw chuck and the wood shims, I was able to dial in both sides so I know the bearing bores I do will have the tube running as good as I can, without actually having to take a clean up cut across the entire 52" length. I could have run this in a steady rest, and maybe do it about as good, but this way here, I can run the RPMS much higher. The wood shims never moved, and it was running pretty vibration free.







I have made a piece that I can put in the spindle bore with 4 screws that allows me to do the same thing as the shims, but I think I can only fit 3-1/4" thru this piece, since it goes inside the lathe spindle bore for support. And with the wood, I don't have to worry about damaging the chrome on rods either.

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[toprecyler]

I also made some modifications to a sanding rod I made up a couple of years ago. I had a piece of fiberglass round rod, that I cut a slit in one end for emery cloth. I roll a piece around the end, and then I can use this to sand out internal bores easier. It is long enough that I can put some leverage on it, and I can just rotate it a bit to get a fresh bit of sandpaper too.



But today, I cut a series of grooves every 1/2" on it, so that way I can judge how far I am going into the bore. Makes it easier to only go as deep as I need to. My engraver worked good for marking every inch line too.

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