A short while ago on youtube
Posted: Thu Jan 07, 2021 11:10 pm
I watch several youtube channels and have them set to flag new postings but it is not often that I actually decide to do a project I see there. Well in this case I had most of the materials on hand and I was thinking of making my son a birthday gift for his up coming day. So since I have not posted a project in a while I figured this might be of interest to you. Keep in mind the idea is not mine and the jig is not my idea, just how I executed it. I'll link the video to the person who should get the credit later in the posting.
Just to keep your interest I will not disclose what is being made, but I think you will figure it out as you go.
I started with a chunk of left over 2 x 4 and cut off a 6" section. The remainder needs to be long enough to go at a diagonal across your shopsmith table so that you can use one of the way tubes for an attachment point pivot and have room to clamp the 2 x 4 to your main table.
The 6" piece I marked with a center line down the length and a cross line at the 3" point. I drilled two 1/8" holes near one end, I went with 1/2" in from the end and a 1/2" from the edges. This is not critical. I then used the same drill to put a hole at the center point of the part. Again this is not all that critical.
The other hunk of left over 2 x 4 I arranged so it was supported at the left tube and then had it center line in line with where the drill bit would drill. I then trimmed the 2 x 4 more or less even with the main table so there wasn't extra hanging out over the table.
I then clamped that 2 x 4 so it was against the left tube again and clamped the other end to the main table. Now using the 1/8" drill bit lowered and locked in the center hole of the 6" piece I clamped the two parts together. Then you can screw the 6" part to the 2 x 4 after moving things around to work. I used a couple of 2-1/2" blue kreg screws for this.
Now you need to get things aligned again which you do with the 1/8" bit and the left tube., and again clamp the 2 x 4 to the main table. You need a 1-11/16" drill and go just through the top section of 2 x 4. Clean out the chips and go to a 1" bit and drill into the lower 2 x 4 about a 1/2" or so.
Using a sliding miter box saw or what ever you have you now cut just the top 2 x 4 on its center line. It is OK to cut into the bottom 2 x 4 just be careful to not damage the cut off or yourself.
With the 1" bit used as a locator and the 2 x 4 against the tube you again clamp the board down to the main table. A golf ball is then aligned in the jig and clamped between the top 2 x 4 parts. You are now all set to drill a golf ball for a magnet. I have my magnets on order so when they arrive I will check the depth before I glue it in.
As some of you may know I use golf balls in my planters to discourage the chipmunks from planing seeds in my flower tubs. I by bags of golf balls at a time do this. They are what they call shag practice balls. They ran me $24 for 96 balls to give you a price point for what I have on hand. If you are a golfer then you may already have a source of balls and if you want a really nice gift then get some new ones might make sense.
The magnets are 1" diameter and 1/8" thick, I ordered mine from here:
https://totalelement.com/collections/di ... n48-8-pack
They are not cheap so if you are so inclined shop around. For me the just over a dollar a magnet seemed OK and faster to just do it.
Now if you want to see the original you can go here:
https://www.youtube.com/watch?v=oUCD3Pmlvbw
Ed
Just to keep your interest I will not disclose what is being made, but I think you will figure it out as you go.
I started with a chunk of left over 2 x 4 and cut off a 6" section. The remainder needs to be long enough to go at a diagonal across your shopsmith table so that you can use one of the way tubes for an attachment point pivot and have room to clamp the 2 x 4 to your main table.
The 6" piece I marked with a center line down the length and a cross line at the 3" point. I drilled two 1/8" holes near one end, I went with 1/2" in from the end and a 1/2" from the edges. This is not critical. I then used the same drill to put a hole at the center point of the part. Again this is not all that critical.
The other hunk of left over 2 x 4 I arranged so it was supported at the left tube and then had it center line in line with where the drill bit would drill. I then trimmed the 2 x 4 more or less even with the main table so there wasn't extra hanging out over the table.
I then clamped that 2 x 4 so it was against the left tube again and clamped the other end to the main table. Now using the 1/8" drill bit lowered and locked in the center hole of the 6" piece I clamped the two parts together. Then you can screw the 6" part to the 2 x 4 after moving things around to work. I used a couple of 2-1/2" blue kreg screws for this.
Now you need to get things aligned again which you do with the 1/8" bit and the left tube., and again clamp the 2 x 4 to the main table. You need a 1-11/16" drill and go just through the top section of 2 x 4. Clean out the chips and go to a 1" bit and drill into the lower 2 x 4 about a 1/2" or so.
Using a sliding miter box saw or what ever you have you now cut just the top 2 x 4 on its center line. It is OK to cut into the bottom 2 x 4 just be careful to not damage the cut off or yourself.
With the 1" bit used as a locator and the 2 x 4 against the tube you again clamp the board down to the main table. A golf ball is then aligned in the jig and clamped between the top 2 x 4 parts. You are now all set to drill a golf ball for a magnet. I have my magnets on order so when they arrive I will check the depth before I glue it in.
As some of you may know I use golf balls in my planters to discourage the chipmunks from planing seeds in my flower tubs. I by bags of golf balls at a time do this. They are what they call shag practice balls. They ran me $24 for 96 balls to give you a price point for what I have on hand. If you are a golfer then you may already have a source of balls and if you want a really nice gift then get some new ones might make sense.
The magnets are 1" diameter and 1/8" thick, I ordered mine from here:
https://totalelement.com/collections/di ... n48-8-pack
They are not cheap so if you are so inclined shop around. For me the just over a dollar a magnet seemed OK and faster to just do it.
Now if you want to see the original you can go here:
https://www.youtube.com/watch?v=oUCD3Pmlvbw
Ed