Thank you detailed instructions. In my estimation, this tangential holder would be the fastest to build and is very sturdy. And plus is construction does not necessarily require any milling. The hss blade groove can be made without it. Parts required mounting angles see clearly. Thank you for effort which you use for video shooting and editing it. 🙂🙂🙂🙂. I looked a lot of different tangential toolholder building instructions. This tangential toolholder - diamond holder however will be, clearly model which I'm going to build. Greetings from Finland
I do like the principle of these toolholders - so easy to regrind the bits. Nice bit of additive manufacturing too. I do a bit of that sort of thing but not with a stick welder!
Thanks for the comment! I've earned my living with a stick welder for a large part of my life, so much so that although I have a mig, I don't use it! Stick is so versatile, needs no gas, just mains, so simple!!
Gday Matthew, great looking tool holders, the peening definitely works at reducing distortion, good luck with the competition, also subscribed mate, take care. Matty
They turned out really nice, the cold black looks good band some good close up shots. Love the look of your workshop, looks busy and well used, I'm working towards a similar look!
Thanks for your reply! I'm glad you liked my contribution! The workshop is a chaos problem! At times, I can't get things done, between my ADHD and my collecting "useful" things, it can be difficult!! Cheers, Matthew
8m43 into it, and your mill looks like mine! I bought a diamond tool holder about a week ago and have been extremely impressed with it so far. That toolholder looks very close to your QCTP, and makes me think you've put a lack of leverage and trig in your favour :) Nice work! I'm impressed with what I've watched to this point, will continue and subscribe!
Thanks for the subscription! My mill is a H-Ernault Somua ZHV1 It's French. Not sure what you mean by "That toolholder looks very close to your QCTP, and makes me think you've put a lack of leverage and trig in your favour :)"
@@MatthewTinker-au-pont-blanc, sorry I meant that, if you look from above and draw a circle from the bolt/stud that holds the toolpost down, out to the cutting edge of the tool, it has a small radius. Now if you look horizontally, and draw a right angle triangle between the cutting edge, the hold down point and a vertical from cutting edge to the top of the compound, this it the trig. Because everything is kept close to the hold down point, there's less of a lever on the hypotenuse of that triangle. It's hard to describe without a drawing! Best of luck!
@@carneeki Think about it the other way round, I made the tool so that it was low enough to fit into the available space, the bottom just clears the top of the cross slide and I could get two clamping bolts in, the geometry is a result!
I think your right, I thought about it, but, I didn't have enough room. I was hard pressed to get under the 20 minute limit. I'm thinking about a supplementary video using them.
Thank you detailed instructions. In my estimation, this tangential holder would be the fastest to build and is very sturdy. And plus is construction does not necessarily require any milling. The hss blade groove can be made without it. Parts required mounting angles see clearly. Thank you for effort which you use for video shooting and editing it. 🙂🙂🙂🙂. I looked a lot of different tangential toolholder building instructions. This tangential toolholder - diamond holder however will be, clearly model which I'm going to build. Greetings from Finland
I'm glad you like my work ! I hope it'll be useful to you!
I do like the principle of these toolholders - so easy to regrind the bits. Nice bit of additive manufacturing too. I do a bit of that sort of thing but not with a stick welder!
Thanks for the comment! I've earned my living with a stick welder for a large part of my life, so much so that although I have a mig, I don't use it! Stick is so versatile, needs no gas, just mains, so simple!!
Gday Matthew, great looking tool holders, the peening definitely works at reducing distortion, good luck with the competition, also subscribed mate, take care. Matty
Thanks for the comment and the subscription!I've been using the peening trick for so long I cant remember where I learnt it!
Great work
You did a good job of blending it together to make almost an organic shape which is cool
Thank you, I am pleased with the results!
Very cool. I have been thinking about building 1 of these
Thanks for joining the party!
Thanks for your subscription!
Nice video. You got some really good up close shots of the cutting tool. Good luck in the competition!
Thanks for your comment!
They turned out really nice, the cold black looks good band some good close up shots. Love the look of your workshop, looks busy and well used, I'm working towards a similar look!
Thanks for your reply! I'm glad you liked my contribution! The workshop is a chaos problem! At times, I can't get things done, between my ADHD and my collecting "useful" things, it can be difficult!! Cheers, Matthew
Excellant work !!
Thank you!
8m43 into it, and your mill looks like mine! I bought a diamond tool holder about a week ago and have been extremely impressed with it so far.
That toolholder looks very close to your QCTP, and makes me think you've put a lack of leverage and trig in your favour :)
Nice work! I'm impressed with what I've watched to this point, will continue and subscribe!
Thanks for the subscription! My mill is a H-Ernault Somua ZHV1 It's French. Not sure what you mean by "That toolholder looks very close to your QCTP, and makes me think you've put a lack of leverage and trig in your favour :)"
@@MatthewTinker-au-pont-blanc, sorry I meant that, if you look from above and draw a circle from the bolt/stud that holds the toolpost down, out to the cutting edge of the tool, it has a small radius. Now if you look horizontally, and draw a right angle triangle between the cutting edge, the hold down point and a vertical from cutting edge to the top of the compound, this it the trig. Because everything is kept close to the hold down point, there's less of a lever on the hypotenuse of that triangle.
It's hard to describe without a drawing!
Best of luck!
@@carneeki Think about it the other way round, I made the tool so that it was low enough to fit into the available space, the bottom just clears the top of the cross slide and I could get two clamping bolts in, the geometry is a result!
Awesome!!
they came out really nice
I'm pleased with them, and they work really well!
Hi! I'm puzzled but why did you peeneach layer of your welding please?
Peening stops shrinkage, so the end result was aligned! Cheers, Matthew
Would make a huge difference for the viewer if you started the video with showing it installed and cutting.
I think your right, I thought about it, but, I didn't have enough room. I was hard pressed to get under the 20 minute limit. I'm thinking about a supplementary video using them.