The tracking wheel only needs to adjust in one direction, which will save a lot of work. The swiveling top plate is unnecessary. Also, the top plate did not need to be thinned down. It could have remained the full thickness, which would also save a lot of machining. As for cutting an arc without a Rotary Table, a simple jig using the pivot hole can be used with good results. Regards.
Nice job on the HouseWorks grinder! I'm building mine now. I like your tracking wheel bracket. I was not looking forward to making mine, and instead found a good one online. Money well spent, in my book. 🙂
Could have used a ball nose end mill. So you don't have right angel by your pin. A radius corner would be stronger. Don't know what the forces are on that part. Could be just fine. Just my thoughts
The tracking wheel only needs to adjust in one direction, which will save a lot of work. The swiveling top plate is unnecessary. Also, the top plate did not need to be thinned down. It could have remained the full thickness, which would also save a lot of machining. As for cutting an arc without a Rotary Table, a simple jig using the pivot hole can be used with good results. Regards.
Nice investment for such grinder.
Yes indeed!
Nice job on the HouseWorks grinder! I'm building mine now. I like your tracking wheel bracket. I was not looking forward to making mine, and instead found a good one online. Money well spent, in my book. 🙂
Very good work! Thanks!
Thanks so much for watching
It was very interesting! Good luck to you!
Thanks!
Brilliant sir gee
Nice work. What vertical mill do you have?
A J head Bridgeport. I love it
Could have used a ball nose end mill. So you don't have right angel by your pin. A radius corner would be stronger. Don't know what the forces are on that part. Could be just fine. Just my thoughts
I think it’s plenty strong but that’s not a bad idea. Thanks!
@@MikefromMissouri that and just wanted to leave a comment it helps your numbers
👍👍👍👍
Thanks!
👍
Thanks
Why did you not clean up that ugly steel with your mill?