BUT WHAT IS A SINE PLATE? I'm getting this question a lot, and while I do go into detail in the second build video, I'll explain here briefly. It's it's a tool for setting parts at very very precise angles. Precision gauge blocks are placed under the floating pin which tilts the plate. The trigonometric SINE function is used to figure out how tall the gauge blocks need to be to hit the target angle.
That is super cool! Finding the answer to that question is the whole reason I came here to this video! Now that you told me what it is, I want to see how you make one!
Abstract thought, and the desire and ability to solve complex problems is one of the few redeeming qualities of the human race. Stuff like this makes me happy.
I think the problem was youtube is sending your vid to randos not necessarily into hardcore machining (like me), but are into general maker, math, and science youtube, these people just saw the title and wanted to know what the fuck a sine block is and how u use it (like me). I sub to people like 3 Blue 1 Brown and such but also people like Colin Furze. Just a quick free sample size 1 SEO survey for you, maybe something changed recently? also loved the explanation comment, was quick precise (much like the block) and to the point. Answered my question perfectly!
its colin! bro, your kids are so lucky :) also, youre the reason i got so interested in engineering! i plan to major in engineering when i ho to college next year 😁 youre one of my heroes :>
I almost choked on my drink when I heard how accurately you reproduced the missing sound effects. You have a talent you haven't shown us before. Maybe worth a second channel?
Do you have any idea what you’ve done? Here you are, making all these amazing videos, and after a night of binge-watching literally all of them, now I realize I’ll have to probably wait WEEKS for another video. It’s not fair. But seriously, great work. I’m a mechanical engineer and you’re a way better machinist than I am. Your grandfather would be proud that you’re carrying on in his place.
Not being fluent in either machinist or engineering I have no idea what you are saying for 99% of this video...yet still I watch, endlessly fascinated.
It was similar with me, althrought im a machinist and craftswoman im german so i had to learn a ton of words to be able to follow Brandon. But it is absolutely worth it.
I love it when a company like KBC supports creators in the industry they serve. It’s one thing for a business to give money to get their name out there but you just know that someone at that company found these videos and showed them to someone else and the next thing you know someone with the power to send some tools spent a week binge watching and now they just want to see the stuff they sell used on their new favorite show.
Thank you all for watching! Tune in June 24th at 10AM EST for the conclusion of this project, and possibly, hopefully, just maybe the conclusion of the collet blocks project as well!
Great video. I've gone back and watched all your videos now. I really enjoy how you explain what you're learning along the way. This one made me giggle with those "inserted" sound effects! Great entertainment for me!
If I had inherited a shop like this I would do everything exactly the way you are doing it...except I would have to go back to school for a few engineering degrees. Like everyone else here I am delighted at your content and your presentation. Thanks so much for all of your efforts to share your expertise, learning and experience.
i'm about to start an apprenticeship as a Toolmaker at age 48. I am loving your videos, very instructive and full of useful advice for a newcomer to the Art such as myself. Thanks mate! Love your work.
It is amazing to see all this come together I'm an EE but I just took a GD&T course this year and I've always been intrigued by machine shops. I dont have a grandfather to inherit one from so for now I'm living vicariously through you. I love everything about the channel!
I love my sine block. I made one and a carbide tipped scribe when I was about 12 at the family machine shop. Those were my first "projects" that my uncle had me do on my own. After that, we made a Hit and Miss engine using old school literature. I seriously miss that old machine shop.
This channel is one of my absolute favorites. I am not a machinist but am learning and taking classes. I like the information and way the channel is shot. Thank you for all the excellent content.
@@InheritanceMachining Based on some of your videos I gathered you have some formal education (or a lot) as a machinist. What's your background? I would love to learn more but I'm confused as where to really start.
@@mikebrown775 Nope no formal machining education. I grew up with these machines and learned from my grandfather then went to college for engineering. If you're looking to get into it for a hobby I've seen many other channels do videos on that exact topic. BlondieHacks comes to mind for that. If your looking to get into it as a trade, then I believe the normal path is through apprenticeship.
@@InheritanceMachining thank you for the reply. I sent your channel to my father in law who has been a machinist for 35ish years. He worked in industrial applications for a long time but now works for a 1 of 1 specially production job. He was very impressed with your finish product, skills and attention in drafting.
Absolutely love your videos. Have watched every single one from the beginning. Thank you for sharing this dying art with the world. I never knew how enjoyable watching machining can be. Thanks to you I'm enjoying other people machining things as well. Keep up the great work. Not only would your grand dad be proud of you, you're keeping his trade alive! That's beyond valuable.
Thank you, Renee! I’m glad even a non-machinist like yourself can enjoy them as well! There are a ton of people still playing around in this old trade, but I’m glad I can share my perspective of things with everyone. Thanks again!
Fascinating to see the top plate bow under the force of the mag chuck. You'd think a piece of metal that thick would be able to resist bowing by such a small amount, but apparently not. Given me a new appreciation for precision machining and material science!
Your videos are extremely satisfying and relaxing. My research is focused on the annealing of cold-rolled steels, so anything with steel gets me excited haha.
i think the best part of your program is the attention you pay to perfection, and your admitted lack of ability to be perfect. A "nice finish" seems to make it all better.
I just watched the first 30 seconds of this video and had to subscribe. He’s speaking my language. Nice and boring for most people but for me I’m on the edge of my seat
Great content. I have said it before and I'm sure I will again. This is speaking from a family man perspective. I am certain your Grandfather would be so very proud, even more so when you exceed his capabilities.
once again an incredible video! Your eye for design and precision is what draws me to your channel. Its inspiring to see this quality of work and will definitely influence my standards for my own future projects. I will be patiently waiting for the 24th of June and cannot wait to see what other previously foreshadowed projects you have ahead!
Well damn. That’s all your videos already. I just want to say I enjoyed every minute of videos. They are great quality and it always nice to see such attention to detail and going the extra mile. I really wish I would’ve had your videos to watch in high school they are very inspiring. I find myself thinking about how I can incorporate everything I’ve learned from you in these videos to my every day life running my boring mill. Sometimes with something so big the little details get lost. It was a nice reminder to see someone going through the basics again. Thank you sir keep up the great work.
haha more to come don't worry! I appreciate your kind words though. In many ways I'm starting with the basics because I need to for me. I'm glad even an experience machinist like yourself finds this all enjoyable!
Never having so much as touched a lathe or even seen one in real life, it‘s amazing to me how glued I am to your videos. They are expertly shot and edited, very soothing to watch and often hilarious. I also went through almost your entire back catalogue before figuring out that „a tenth“ is not, in fact, 0.1 inches but more likely 0.0001 as in „a ten thousandth“. I hope that‘s correct, it has made things very confusing up until now 😅 best regards from the metric side of the world!
Great to see your channel growing and great to see a couple tenths as a good precision part, I made myself a grinding vise recently and I was happy to see 2 tenths when I checked it, but hey, I made it mostly on a wire edm machine so it's not hard to get precise.
Hats off my friend. Making real, physical things is so cool -- especially making them really, really well. I'd love even just to know the basics of running a Bridgeport.
Thank you! That's my biggest draw to machining and mechanical engineering in general. Best way to learn is to get one yourself, even if it's a bench top mill.
Amazing work as usual, Brandon. Impeccable fit and finish. Machining that step into the rest pin is super clever! Looking forward to seeing this tool completed.
Thank you sir! I won't take credit for the rest pin step as I think that's a pretty common feature on sine plates. I spent a good deal of time looking at the old google images haha
Very nice.. Managed to figure it out only because I was a combat engineer surveyor during my service and we were trained to use range finders and an abney level (a combination of a spirit level, translucent mirrors, protractor, and viewing tube) to determine elevation of distant terrain (e.g. top of hills/ mountains). Basically the same function but you have the known angle (abney level) and length of hypotenuse (range finder to top of the target) and resolve for the height (opposite side). The same concept is used for measuring ground sinking/ shifting problems etc. If you see construction workers on two ends with one looking through what appears to be a telescope on a tripod, and the other holding a ruler vertically, they're measuring the difference in height, angle, and distance between points to determine if the ground has shifted or sunk. We were trained to do this manually (lots of trigonometry) but these days all of these equipment are automated - e.g. We had to manually measure the distance to ground from the scope, and use spirit levels to plumb but the modern equipment does all of that automatically and spits out the calculations on its own.
Brave man. I've never seen someone install a window ac with the catch lip on the outside 😂 Looks very clean. Just hope you check those screws often so vibration from the compressor doesn't work them loose over time.
Great video, If you haven't thought of it already, i would recommend a small piece of plastic shim card placed between the FWD Cylinder and the base plate. This is what we did at one of my previous jobs to keep any ding/wear marks from forming and throwing off any measurements.
Loving your videos. Keep up the great content. Just for future knowledge, the foil from a pop tart wrapper is roughly 5-8 tenths thick. They make great one time use shims.
If you want to avoid scratches on your fresh ground surface, turn your mag off for a bit, and use an air hose around the edges of the parts to break the surface tension, if you are lifting and blowing with the air hose the part should pop right off without sliding, just made a 9×7" aluminum plate flat within .0001 and no scratches on either side, not that that was nessisary just like you I am a perfectionist, great work and love the plate you made ♡
just discovered your channel and appreciate the precision and accuracy you display. As an old-timey mechanical inspector, I would suggest miking across the two pins for a more accurate sine value. BTW, just viewed your bolt action pen build. I would buy one or three of those in a heart beat! Looking forward to more of your content.
I remember making my first five inch sine bar way back in 96 during my last year of my apprenticeship. Lol and a bell center punch for finding center on round stock. Learned a neat trick from no surprise an old dude that knew every bit of backlash on every machine in the shop like the back of his hand. Working in a cutter grind Dept for several years I feel your pain when it comes to grinding. I've had some set-ups that have drove me nuts to accomplish without seriously screwing up.
That’s great! I do wish I was in a regular shop at times so I could learn more from experience machinist rather than make ALL the mistakes. But I guess the lessons learned the ward way stick better
I absolutely love watching these videos, where you painstakingly craft some amazing tool that I have literally no idea what it is used for. This is all just magic and measuring but I hope to take a little of your care and precision into my own work via osmosis. 😅
Great to watch and I love your attention to detail. It's a beautiful piece. The only thing that's niggling me is the chance of the hinge pins binding, could you use oilite bushes maybe?
Thank you. I'm not too worried with it since its such a low use hinge. It needs to be super snug as well to minimize error. Hopefully I don't eat my words 😁
Did lots of manual grinding as a Gaugemaker, surface/cylindrical, jig. Would highly recommend blocking tall parts on surface grinder with perfectly square 1"x2"x3" blocks? or even the bigger ones 2"x4"x6", or precision angle plates? Herman Schmidt the best there is! For the tall ends it may have been possible to clamp to a precision angle plate, tram in and grind?
Hi, my name is Jay, and I have a problem: I'm addicted to precision grinding. Haha! Surface grinding is something that I don't have much experience with, but, what experience I do have was tremendously satisfying. Great video! I'm looking forward to the next part.
Amazing channel. Always really like seeing ur videos. Always very informative and interesting to see what you make. Keep up the great craftsmanship and hard work my friend. Keep Making. Keep turning. Keep milling. God bless.
Holy shit I actually spit out my drink when I heard the sound effects. That was so unexpected from the otherwise impeccable sound design on every episode LOL 11/10, loved it
I've heard when doing the bottom of the chuck face to not use the magnet. Because if the top of the chuck is saddled from use it will deform the bottom. Better to use the clamps keep it from moving. Then when doing the top of the chuck activate the magnet to create the condition for which the chuck will be used. Might be helpful. :)
In no time this channel has become my second favourite machining youtube thing. Sorry, the first one is and always will be This Old Tony :P You're doing great! Congratulations :D
I love your channel dud. A month or two back I was watching all my other favorite channels and literally was thinking I'd like to find another good machining content creator and POOF!! there in the suggested videos your channel pops up.
Nice work! One trick to work around bowed areas for grinding is to almost turn the mag base off and very lightly grind. The danger is that the workpiece could become airborne and possibly injure someone, however, this method is probably the only reliable one for grinding out a bow that the mag base would otherwise flatten out - until you release the base and the bow comes back.
@@InheritanceMachining no worries. The master grinders always did their finishing passes with the mag just barely on. Also, they constantly rotated the part with each successive pass - that rotation would flatten the parts as much as humanly possible. Some of these guys had perpetually broken shop windows and dented walls but they got their parts flat :)
BUT WHAT IS A SINE PLATE? I'm getting this question a lot, and while I do go into detail in the second build video, I'll explain here briefly.
It's it's a tool for setting parts at very very precise angles. Precision gauge blocks are placed under the floating pin which tilts the plate. The trigonometric SINE function is used to figure out how tall the gauge blocks need to be to hit the target angle.
That is super cool! Finding the answer to that question is the whole reason I came here to this video! Now that you told me what it is, I want to see how you make one!
Abstract thought, and the desire and ability to solve complex problems is one of the few redeeming qualities of the human race. Stuff like this makes me happy.
@@theobserver9131 This Old Tony has a great video on sine bars.
I think the problem was youtube is sending your vid to randos not necessarily into hardcore machining (like me), but are into general maker, math, and science youtube, these people just saw the title and wanted to know what the fuck a sine block is and how u use it (like me). I sub to people like 3 Blue 1 Brown and such but also people like Colin Furze.
Just a quick free sample size 1 SEO survey for you, maybe something changed recently?
also loved the explanation comment, was quick precise (much like the block) and to the point. Answered my question perfectly!
yea, I was wondering if I'd be able to figure it out by the end of the video, but it's kind of tough. Interesting video still
Love seeing stuff fresh out the surface grinder. Amazing content as usual.
It's one of the most satisfying processes in the shop for sure. I use it every chance I get 😂 thanks again!
Hey, Colin! Completely agree. Good to see you over here. 😁
Love both you guys’ videos!!!
its colin! bro, your kids are so lucky :) also, youre the reason i got so interested in engineering! i plan to major in engineering when i ho to college next year 😁 youre one of my heroes :>
Yo what's up Colin! Very welcome surprise to see you here!
I almost choked on my drink when I heard how accurately you reproduced the missing sound effects. You have a talent you haven't shown us before. Maybe worth a second channel?
I think the "clicks" need some work, but other than that I fully agree.🤣
I had to watch it twice because I missed them the first time. Spot on.
Do you have any idea what you’ve done? Here you are, making all these amazing videos, and after a night of binge-watching literally all of them, now I realize I’ll have to probably wait WEEKS for another video. It’s not fair.
But seriously, great work. I’m a mechanical engineer and you’re a way better machinist than I am. Your grandfather would be proud that you’re carrying on in his place.
😂 only 263 hours until the next upload!
Thanks a bunch!
I'm almost done watching them all in a weekend! 🤣😭 How will I survive?
Absolutely cracked me up when you did your own sound effects! Beautiful work, I have been binging all the episodes.
I’m a musician and have no idea what any of this stuff is but it’s amazing. Thank you for sharing your passion and knowledge with the world.
Really glad you liked it! Thanks for the support
Not being fluent in either machinist or engineering I have no idea what you are saying for 99% of this video...yet still I watch, endlessly fascinated.
It was similar with me, althrought im a machinist and craftswoman im german so i had to learn a ton of words to be able to follow Brandon. But it is absolutely worth it.
I love it when a company like KBC supports creators in the industry they serve. It’s one thing for a business to give money to get their name out there but you just know that someone at that company found these videos and showed them to someone else and the next thing you know someone with the power to send some tools spent a week binge watching and now they just want to see the stuff they sell used on their new favorite show.
I can see you becoming one of the greats like This Old Tony and Abom
I'll take that! Thanks!
Thank you all for watching! Tune in June 24th at 10AM EST for the conclusion of this project, and possibly, hopefully, just maybe the conclusion of the collet blocks project as well!
possibly, hopefully, just maybe... : good enough for me...
Great video. I've gone back and watched all your videos now. I really enjoy how you explain what you're learning along the way. This one made me giggle with those "inserted" sound effects! Great entertainment for me!
Thank you! Glad you are liking the videos and my shenanigans!
Another awesome project. On to part two.
This Old Tony has a good sine bar video as well
came here for the machining and engineering, but honestly stayed for the sound effects.
keep it up!!
If I had inherited a shop like this I would do everything exactly the way you are doing it...except I would have to go back to school for a few engineering degrees. Like everyone else here I am delighted at your content and your presentation. Thanks so much for all of your efforts to share your expertise, learning and experience.
Much appreciated!
i'm about to start an apprenticeship as a Toolmaker at age 48. I am loving your videos, very instructive and full of useful advice for a newcomer to the Art such as myself.
Thanks mate! Love your work.
That's awesome! Glad I can help!
It is amazing to see all this come together I'm an EE but I just took a GD&T course this year and I've always been intrigued by machine shops. I dont have a grandfather to inherit one from so for now I'm living vicariously through you. I love everything about the channel!
Expanding into ME? I'll be here until you can get your own shop! Thanks!
As always, i came for the machining but stayed for the humor and passion.
I love my sine block. I made one and a carbide tipped scribe when I was about 12 at the family machine shop. Those were my first "projects" that my uncle had me do on my own. After that, we made a Hit and Miss engine using old school literature.
I seriously miss that old machine shop.
Came up in my suggested 2 days ago and I've finished your library already. Love the videos and the legacy you're extending on. Keep 'em coming!
😁 Awesome!! Thank you and will do!
This channel is one of my absolute favorites. I am not a machinist but am learning and taking classes. I like the information and way the channel is shot. Thank you for all the excellent content.
My pleasure!
@@InheritanceMachining Based on some of your videos I gathered you have some formal education (or a lot) as a machinist. What's your background? I would love to learn more but I'm confused as where to really start.
@@mikebrown775 Nope no formal machining education. I grew up with these machines and learned from my grandfather then went to college for engineering. If you're looking to get into it for a hobby I've seen many other channels do videos on that exact topic. BlondieHacks comes to mind for that. If your looking to get into it as a trade, then I believe the normal path is through apprenticeship.
@@InheritanceMachining thank you for the reply. I sent your channel to my father in law who has been a machinist for 35ish years. He worked in industrial applications for a long time but now works for a 1 of 1 specially production job. He was very impressed with your finish product, skills and attention in drafting.
Even though you warned me, I wasn’t prepared for the mitre saw sound effect 😂😂😂😂
So much effort to be precise and the most critical dimension is measured with calipers? Love the sound effects!!
Fair fair 😂
I'm an R&D prototyping engineer and this was superbly satisfying to watch. Great attention to precision. I subscribed without hesitation.
Thank you and welcome!
10/10!! Very well done!! Love your latest add to the shop (A/C)... and the sine plate is stupendous. Keep it up!
😁 thank you very much! no way I could have made it though the year without the AC... or the sine plate haha
Beautiful. I use to do competition grinding in high school. One tip is never shutting off you spindle after dressing.
Absolutely love your videos. Have watched every single one from the beginning. Thank you for sharing this dying art with the world. I never knew how enjoyable watching machining can be. Thanks to you I'm enjoying other people machining things as well. Keep up the great work. Not only would your grand dad be proud of you, you're keeping his trade alive! That's beyond valuable.
Thank you, Renee! I’m glad even a non-machinist like yourself can enjoy them as well! There are a ton of people still playing around in this old trade, but I’m glad I can share my perspective of things with everyone. Thanks again!
Fascinating to see the top plate bow under the force of the mag chuck. You'd think a piece of metal that thick would be able to resist bowing by such a small amount, but apparently not. Given me a new appreciation for precision machining and material science!
Your videos are extremely satisfying and relaxing. My research is focused on the annealing of cold-rolled steels, so anything with steel gets me excited haha.
i think the best part of your program is the attention you pay to perfection, and your admitted lack of ability to be perfect. A "nice finish" seems to make it all better.
Best sound effects on TH-cam. Found your channel a couple of days ago, and I'm fast running out of content. Love your work boss man!
ahhh once again a video of one of the best machining channels on yt! Perfect to start the weekend with
Thanks as always!
Thank you TH-cam recommendations. You have quickly become one of my favourite channels.
I also thank TH-cam recommendations haha Thanks man!
I just watched the first 30 seconds of this video and had to subscribe. He’s speaking my language. Nice and boring for most people but for me I’m on the edge of my seat
😁 thanks, man!
This was pushed at me. SO GLAD IT WAS!! I could watch hours of this. New sub
Welcome!
I’m watching. I have absolutely no idea what I’m learning about. It’s definitely metal and very precise.
😂
Great content. I have said it before and I'm sure I will again. This is speaking from a family man perspective. I am certain your Grandfather would be so very proud, even more so when you exceed his capabilities.
Thank you very much! I don't think I ever saw him in his machine "prime" so I may never know when that times comes. Probably for the best
once again an incredible video! Your eye for design and precision is what draws me to your channel. Its inspiring to see this quality of work and will definitely influence my standards for my own future projects. I will be patiently waiting for the 24th of June and cannot wait to see what other previously foreshadowed projects you have ahead!
That is very kind! The perfectionism is a blessing and a curse haha Thanks for the support!
So, I've been watching for eight minutes now, and I still have no idea what you're doing..! 10/10
😂 I commend you!
Bro, this is so interesting. How to measure and obtain flatness. Machining is so complex. Feels like a constant battle for precision
Well damn. That’s all your videos already. I just want to say I enjoyed every minute of videos. They are great quality and it always nice to see such attention to detail and going the extra mile. I really wish I would’ve had your videos to watch in high school they are very inspiring. I find myself thinking about how I can incorporate everything I’ve learned from you in these videos to my every day life running my boring mill. Sometimes with something so big the little details get lost. It was a nice reminder to see someone going through the basics again. Thank you sir keep up the great work.
haha more to come don't worry! I appreciate your kind words though. In many ways I'm starting with the basics because I need to for me. I'm glad even an experience machinist like yourself finds this all enjoyable!
Superman was formerly my hero... Now, this honor has been bestowed onto you. Thank you for providing me guidance, and congratulations 😉 😉
as someone who can't cut a straight line watching dedication to precision is awesome.
Never having so much as touched a lathe or even seen one in real life, it‘s amazing to me how glued I am to your videos. They are expertly shot and edited, very soothing to watch and often hilarious. I also went through almost your entire back catalogue before figuring out that „a tenth“ is not, in fact, 0.1 inches but more likely 0.0001 as in „a ten thousandth“. I hope that‘s correct, it has made things very confusing up until now 😅 best regards from the metric side of the world!
"Good Enough?" Meets specs, looks good, everybody's happy- Good Enough!
I love this channel, the builds are so engaging and interesting time flies by so fast !
And beautiful work as always!
thank you!!
Great to see your channel growing and great to see a couple tenths as a good precision part, I made myself a grinding vise recently and I was happy to see 2 tenths when I checked it, but hey, I made it mostly on a wire edm machine so it's not hard to get precise.
Thanks! Even those few tenths are eating at me a bit. I need to stop using that indicator for everything 😂
Excellent documentary filmmaking. Very good storytelling, and camera work all combined with excellent editing.
thank you very much!
Hats off my friend. Making real, physical things is so cool -- especially making them really, really well. I'd love even just to know the basics of running a Bridgeport.
Thank you! That's my biggest draw to machining and mechanical engineering in general. Best way to learn is to get one yourself, even if it's a bench top mill.
Amazing work as usual, Brandon. Impeccable fit and finish. Machining that step into the rest pin is super clever! Looking forward to seeing this tool completed.
Thank you sir! I won't take credit for the rest pin step as I think that's a pretty common feature on sine plates. I spent a good deal of time looking at the old google images haha
Very nice.. Managed to figure it out only because I was a combat engineer surveyor during my service and we were trained to use range finders and an abney level (a combination of a spirit level, translucent mirrors, protractor, and viewing tube) to determine elevation of distant terrain (e.g. top of hills/ mountains). Basically the same function but you have the known angle (abney level) and length of hypotenuse (range finder to top of the target) and resolve for the height (opposite side).
The same concept is used for measuring ground sinking/ shifting problems etc. If you see construction workers on two ends with one looking through what appears to be a telescope on a tripod, and the other holding a ruler vertically, they're measuring the difference in height, angle, and distance between points to determine if the ground has shifted or sunk.
We were trained to do this manually (lots of trigonometry) but these days all of these equipment are automated - e.g. We had to manually measure the distance to ground from the scope, and use spirit levels to plumb but the modern equipment does all of that automatically and spits out the calculations on its own.
Brave man. I've never seen someone install a window ac with the catch lip on the outside 😂
Looks very clean. Just hope you check those screws often so vibration from the compressor doesn't work them loose over time.
Great video!! The sound effects were spot on!!
😂 Thanks!
that was fun to watch, your voice-over made it worth watching.
I am here because I have no idea what a sine plate is. I love to learn about things I've never heard of!
Great video, If you haven't thought of it already, i would recommend a small piece of plastic shim card placed between the FWD Cylinder and the base plate. This is what we did at one of my previous jobs to keep any ding/wear marks from forming and throwing off any measurements.
Thanks! Off camera I've been using a piece of paper but I like your idea of plastic better.
Thanks for sharing your awesome work! Looking forward to seeing the entire sine plate assembly doing its thing!
thanks! You and me both!
WooooHooooo. Love ur channel. Thanks for your contribution and the time you spent. Good job
thanks! And thanks for watching!
You know what, all these side projects just go to show that stuff happens in real life xD
Love the A/C install sound effects btw! Top quality.
Exactly!
I might have to take up foley artistry ;)
I say Good Job, and your Grandfather is proudly watching!
Thank you!
Loving your videos. Keep up the great content. Just for future knowledge, the foil from a pop tart wrapper is roughly 5-8 tenths thick. They make great one time use shims.
Much better my friend. Glad to see you getting the surface grinding under control
Yes! Thanks again!
. . . . .Like a few others have commented, those sound effects were pretty darn sweet! Could hardly tell the difference ;]
If you want to avoid scratches on your fresh ground surface, turn your mag off for a bit, and use an air hose around the edges of the parts to break the surface tension, if you are lifting and blowing with the air hose the part should pop right off without sliding, just made a 9×7" aluminum plate flat within .0001 and no scratches on either side, not that that was nessisary just like you I am a perfectionist, great work and love the plate you made ♡
That's a very useful tip! Thank you and thanks for watching!
just discovered your channel and appreciate the precision and accuracy you display. As an old-timey mechanical inspector, I would suggest miking across the two pins for a more accurate sine value.
BTW, just viewed your bolt action pen build. I would buy one or three of those in a heart beat! Looking forward to more of your content.
I appreciate it and thanks for the tip! I'm actually planning a production run of the pens soon so stay tuned.
It's not perfectionism when you are building precision tools, you are right!
This channel has the same style of rainfall projects. Brilliant channels!
One of my favorites! Thanks!
I remember making my first five inch sine bar way back in 96 during my last year of my apprenticeship. Lol and a bell center punch for finding center on round stock. Learned a neat trick from no surprise an old dude that knew every bit of backlash on every machine in the shop like the back of his hand. Working in a cutter grind Dept for several years I feel your pain when it comes to grinding. I've had some set-ups that have drove me nuts to accomplish without seriously screwing up.
That’s great! I do wish I was in a regular shop at times so I could learn more from experience machinist rather than make ALL the mistakes. But I guess the lessons learned the ward way stick better
I absolutely love watching these videos, where you painstakingly craft some amazing tool that I have literally no idea what it is used for. This is all just magic and measuring but I hope to take a little of your care and precision into my own work via osmosis. 😅
😂 thanks!
This is quickly becoming one of my favorite channels on TH-cam.
Yay! Thank you!
Great to watch and I love your attention to detail. It's a beautiful piece.
The only thing that's niggling me is the chance of the hinge pins binding, could you use oilite bushes maybe?
Thank you. I'm not too worried with it since its such a low use hinge. It needs to be super snug as well to minimize error. Hopefully I don't eat my words 😁
Did lots of manual grinding as a Gaugemaker, surface/cylindrical, jig. Would highly recommend blocking tall parts on surface grinder with perfectly square 1"x2"x3" blocks? or even the bigger ones 2"x4"x6", or precision angle plates? Herman Schmidt the best there is! For the tall ends it may have been possible to clamp to a precision angle plate, tram in and grind?
Hi, my name is Jay, and I have a problem: I'm addicted to precision grinding. Haha! Surface grinding is something that I don't have much experience with, but, what experience I do have was tremendously satisfying. Great video! I'm looking forward to the next part.
😂 I'm addicted too. I tend to loose track of time in front of the grinder. Thanks, man!
Love the channel. Maybe a little lest on the perfectionist clames all the time but I appreciate the attention to detail. Im a fan.
Amazing channel. Always really like seeing ur videos. Always very informative and interesting to see what you make. Keep up the great craftsmanship and hard work my friend. Keep Making. Keep turning. Keep milling. God bless.
Thank you as always, Jared!
Great job with the sound effects!! Made me giggle!! Needed that today.
😁
Holy shit I actually spit out my drink when I heard the sound effects.
That was so unexpected from the otherwise impeccable sound design on every episode LOL
11/10, loved it
Amazing. Enjoyed the sound effects
haha thanks!
@@InheritanceMachining keep up the good work. Enjoying your videos
As always, exceptional narration! Great videos.
This was a great watch.
I love the detail and explanations
i can not comprehend how you can be this accurate using imperials.
I've heard when doing the bottom of the chuck face to not use the magnet. Because if the top of the chuck is saddled from use it will deform the bottom. Better to use the clamps keep it from moving. Then when doing the top of the chuck activate the magnet to create the condition for which the chuck will be used. Might be helpful. :)
In no time this channel has become my second favourite machining youtube thing. Sorry, the first one is and always will be This Old Tony :P
You're doing great! Congratulations :D
I will gladly take second place to ToT. Thank you very much!
The video was great but the sound effects just took it to the next level!
😁
Funny A/C install, good education on making a perfectly perpendicular part.😄
I love your channel dud. A month or two back I was watching all my other favorite channels and literally was thinking I'd like to find another good machining content creator and POOF!! there in the suggested videos your channel pops up.
😁 glad I could fill that gap! Thanks!
Great project. Hilarious sound effects!
10:55 less at risk of heat induced stupidity, doesn't reduce the chance of regular stupidity, just reduces the compounding effects
Excellent project with possibly the best sound effects on TH-cam 🤣✅👍 well done
😂 thanks!
Nice work!
One trick to work around bowed areas for grinding is to almost turn the mag base off and very lightly grind. The danger is that the workpiece could become airborne and possibly injure someone, however, this method is probably the only reliable one for grinding out a bow that the mag base would otherwise flatten out - until you release the base and the bow comes back.
Ah interesting. I'll have to keep that in mind if I ever have anything with a decent amount or spring back. Thanks!
@@InheritanceMachining no worries. The master grinders always did their finishing passes with the mag just barely on. Also, they constantly rotated the part with each successive pass - that rotation would flatten the parts as much as humanly possible. Some of these guys had perpetually broken shop windows and dented walls but they got their parts flat :)
@@artmckay6704 haha noted!
Very interesting take on an extremely useful tool, can't wait for part 2.
Thanks!
precision is key in machining
I hate to remind you but working with 4140 steel when you go into the heat treatment of it; it's going to warp so leave some oversize to work with.
This channel needs to blow up !!!
🙏 thank you!
Прекрасное видео механической обработки!
The sound effects for the tools had me creasing 🤣 Awesome video as always.
😂 thank you, sir!
Love the "added " sound effects. Haha Brilliant
Gotta work with what I'm given 😂
That is some excellent Foley work with those doing effects
The sound effects made me smile 😁✌️👍
Good job 👍👍👍Thank you for sharing. Take care of yourself, be safe, and healthy 🇨🇦
Thank you!
Killer content as usual, and the sound effects made me smile. Keep it up please!
thanks, man!