Tony you have lots of great things to offer too, when you’re working in millionths there’s no room left for corny jokes and fancy camera work. That’s the void you fill so expertly.
I have just come in from the shed after making some bronze bearings. I was quite pleased with my work, until I watched this. I started to feel guilty that I had done a poor job, then I reminded myself that I was fixing a lawnmower!
The IPM (Informations per Minute) for this video is as usual incredible high. It might just be me, but I have to watch those videos multiple times, because I can not pick up all of it at once. Thanks Robin!
A big Thank You for taking the time to produce these videos. I have earned a living as a machinist for 32 years, it has been like getting paid for my hobby. There is so much I still do not know and so much I still want to do. You have been filling huge gaps in my knowledge along with getting me all excited about machining all over again.
I don't know why I find it so satisfying to watch someone go complete space cookie on the art of precision.... The most precise tool I use myself is a kitchen knife! :P
This video should be required viewing for every engineer. They need to understand the consequences of their arbitrary tolerance choices. Because there’s not much difference between 0.001” and 0.0001” for a guy who’s spent his entire career in front of a CAD program, but that extra zero makes a HUGE difference on the shop floor.
Can't wait for the next installment! You have been using these spindles for about a year now so I'm guessing next summer on video #2? All the best, Tom
LOL... well played Mr. Wizard! Haven't touched them since you saw them back from HT on IG when your parts went along for the ride. Had thought that I would wait for the Mitsui to be done to finish these but since the Harig will be full auto shortly its time to finish these up. Unfortunately with my history your timing prediction might prove accurate or worse :-( ATB, Robin
This made my week. Literally just starting a precision spindle build myself, so many nuggets here and surely more to come. I can't even begin to thank you enough for your wisdom.
Excellent! Honestly there's knowing what you're doing machining, then there's what you do. They're worlds apart. Keep reminding us to subscribe via patreon! I forgot until now and am more than happy to throw some money in the hat to keep these kinda of videos coming.
Only 1:30 in and already utterly speechless. I learn so much from you every time you post a video that I have to watch it twice. The first watch through I'm double face-palming in epiphany the entire time just listening. That bit about the V block influence was so incredibly dumbfounding, you can imagine that you think of everything as rubber, you can think you have a good handle on it but just taking that little standoff and sticking it under the block takes forty years of experience to do.
Loved the comments on elastic averaging and the spindle nose aesthetics are as cool as can be - plus functional. Well done. Thanks for sharing with us all.
Nice presentation. You explained very well the need for the meticuloius checks and re-checks at each step. You missed an alternative calling that I think I mentioned before: teaching - passing the lore to the next generation. "Elastic averaging." Suddenly a whole approach to refinements in precision design gets a label. The language of precision requires apt words and phrases to label concepts and components like 'repeat zero," "re-referenceing," "closing the loop," etc both as a means of efficient communication and as tags for the individual's technical memory. A colleague need mention only the word or phrase for the concept and the implications of the moment to unfold in the mind's eye like the blooming of a flower. Makes me wish I was back making chips.
Thank you Forrest for the very kind words. It's very comforting to have someone with much deeper and wider experience concur with the things I present. ATB, Robin
Your attention to even the smallest detail always amazes me. Even though I just a retired computer nerd using my skills to command CNC machines to makeup for my lack of machining skills I often ask myself "What would Robin Do?". Then I pull out my caliper and try to get the same reading twice on the part I made. But I still love watching your videos.
As a complete engineering idiot, I try not to let my brain explode when I watch your content Robin. What your channel does for folks like me is let me dream that one day I would/could have a slim chance of producing such quality, and please believe me I am not trying to blow smoke up you know where😳. Watching and listening to your videos gives clear reasoning and rationale for your decision making processes. (To the Nth degree). As has been said before (I,m sure). ‘LEARNING LIVES HERE’. Kindest regards. Joe.
I rewatch your videos pretty regularly it's just calming to me to see the level of precision you use and dedication to quality you have. I don't imagine it's easy to do all that and make videos but I'd like to see the finished results from these spindles if you have it.
Thank you for slowing down your work so that you could film the process for us. Your videos are usually very good, but this one seems to be exceptionaly well edited. Not that I would complain if it was 2 times longer, I like your running commentary. I always learn very interesting stuff. I am looking forward for the next installment.
You make it look like just another day but working to tolerances I can't even measure is high end stuff. I particularly enjoyed the tip about the gravity balance on the reference surface so it doesn't effect it.
You’re saying words I’ve never even heard of before - trilobular shape?? Haha great work again Robin really enjoy the high-level of precision and the effects of tiny forces on the accuracy of tools like this. Really interesting to watch some of the demonstrations you’ve done on the effects of even just body heat on calibrations.
I love seeing all the amazing custom tooling and fixturing (art, really) you create in your videos. The tooling @ 4:47 tops them all, and you use it just to hold a splash/dust guard!
Excellent video, Rob. Was about to login to work to start my work day but this truly took priority. Making tangible accurate things is the root of everything in our modern world. Makes me look back over my years of noodling away developing software applications and systems and wonder whether I should have gone the route of making tangible things instead which I truly enjoy. Thanks for sharing.
I just started in this trade only 2 years ago. I have learned so much from this one video it is amazing. The detail and explanation are right on point defiantly earned a sub 100%. Great Job
Yeah seriously when I first got into machining you hear everyone talk about robins design on this and that and I tried watching his videos and it sounded like a different language and the longer Your around machining/machinists the more you start to realize just how smart/awesome robin is. So much valuable information packed into every minute of each video I have to pause it and just think for a few seconds sometimes. Thanks ROBIN AND KEEP EM COMING !
Watching this video another time (how many times now? Who knows...) before watching the second episode just released. Every time I watch it, I get new info from. THANK YOU!
Wow, the lack of a thread relief causing that blow out on the hardened steel blew my mind! Neeeeever would have thought the steel would have cracked and flaked off like it was a piece of porcelain.
I'm an electronic and software engineer, and hobby machinist, so I have zero chance of ever having the skills or equipment to make something like this. Still found it fascinating. Something to aim for...
Robin, thank you so much for interrupting your usual workflow to breakdown and share with us some of the most incredible precision machining. Your ingenuity and precision execution is endless 👍👍😎👍👍
Robin Great video. Good tips on setup. I started to ask about the 75 divisions. While I was typing noticed you answered it in the comment. Looking forward to the next video after heat treat. Thanks!
Thanks Peter, this was a project that was sidelined for quite a while. They are already heat treated with Cryo treatment and waiting to be finished. ATB, Robin
THANK YOU Robin for sharing! Always a pleasure to be reminded about attention to detail and the thought process from you. Looking forward to seeing you lap the bearing faces parallel to each other to probably within a few millionths.
Wow 😀! I'm happy when I can drill 4 holes in a straight line 🤣. That's some next, next level stuff. Beautiful work as usual, thanks for the share! Cheers 👍😀👍
Always pleasure watching you work Robin, your videos are done to perfection as is all that you do. As always, thank you for taking time of your busy schedule (which for someone like you, is precious) to create this content for those of us looking to learn something new the right way. You are a godsend and I’m glad your work will live on in the internet for as long as we live as a civilization and don’t destroy ourselves with those idiots at the top making stupid decisions. As always, take care of yourself and I can’t wait for the next video to drop.
This is so interesting, thanks for sharing! I would love it if you could give a shop tour of all your equipment and also a brief presentation of yourself and what you actually do. Also, regarding this specific project, what is it for?
Thanks for the reminder that I need to make adjustable chuck back stops. That aside, I always learn some new things when watching your videos. That’s why I (and most others I think) keep coming back video after video. I’ll be re-watching this in a little while to properly digest all the valuable information in this video (like all the others you made)
It just unlocks a window into whats possible for us all if we really really try. Epic levels of knowledge and skills shown. Were not worthy!....or I'm not at least....dont know about the rest of you!.....I'd have needed 4 of each block and might have got the last one to work by hard earned XXXX ups.
As someone who rebuilt the spindle on his milling machine with aluminium welding wire crush shims .. to preload the bearings 😬🙈🙈🙈..... The stuff you do is mind blowing 🤓... I dunno one day I'll rebuild it propperly 😉😂😂 .. I had no idea what I was doing at the time and didn't even expect it to work for a week let alone the ten year it has 🙈🙈🙈😂😂...
Robin, I can only think of one way to describe your work: Wow! I wish I had ~10% of your design skills & ~1% of your Machinist skills! (I'd _really_ like to have much closer to 100% of both, but I'm not going to hold my breath. ;) I'm eagerly looking forward to your next video in this series!
It say's unlimited amounts about anyone's shop capability's and personal experience who fully intends on re-designing and improving on the built in accuracy something like a Harig already has since there well known to specialize in extremely accurate grinding equipment. I'm more than suitably impressed Robin. I've zero doubts you can do so, and this will be a more than interesting series of videos.
@@ROBRENZ For a home shop I thought I was doing ok, my best Mahr indicator has at least 20 times less accuracy than where your going. After checking there web sites, Harig will only state "within 10ths" for there Grind-All no. 1 and Surburban will say 1/2 a 10th maximum TIR allowable on there Master Grind indexer. So they'd be shooting for around 25 millionths. Until last night I always thought RJ Newbould, SIP, Moore Tools were doing pretty good. One microinch is NIST level. I can't think of an adequate descriptive term for what your doing.
This was one of your best Robin, can't wait for the next one. The effort you have put in documenting this for other to benefit from is highly appreciated. Sincere regards, Thanos
Great video. A suggestion, place a small 5-10 micron filter in the air gallery to prevent burrs from exiting into the bearing cavity. It's a last filter after the purge port, replaced only during rebuild.
Lovely piece of machining! Although I don't understand how it locks to a position or why do 75 divisions instead of 72. PS: I made a magic sanding plate a few months ago after watching your video. Last week I upgraded it to psa backed microfinnishing film (3M 268L) and diamond lapping film (3M 668X) on the other side, it's pricier than regular wet/dry but the performance is incredible. They sell them by the sheet on Lee Valley.
Correct 72 divisions for 5 degree increments, I miss spoke. Thanks for the catch. The locking and angle setting attach to the housing. I use the diamond lapping films but put them on my toolmakers flat.
Excellent video Robin. I was actually thinking of this project this week and to wake up to this video was a treat! Glad to see some apprentice hands on the harig ;-)
Great great GREAT video. If you have time to get video of the process you used for lapping the bearing surfaces, setting pre-load, (all the aspects that seem equal parts art and science ;) ), I for one would certainly take interest (and appreciate! ). Either way, great video. Appreciate your contribution to the precision space!
Stop it Robin, you're making the rest of us look bad.
LOL!
No one could make you look bad Tony!
ATB, Robin
i was actually looking for a new video from you and look where i find you, quit slacking already! :D
Agreed - 5 millionths?! Im happy when I got within two thou the first piece off the Hurco...
Tony you have lots of great things to offer too, when you’re working in millionths there’s no room left for corny jokes and fancy camera work. That’s the void you fill so expertly.
I have just come in from the shed after making some bronze bearings. I was quite pleased with my work, until I watched this. I started to feel guilty that I had done a poor job, then I reminded myself that I was fixing a lawnmower!
The IPM (Informations per Minute) for this video is as usual incredible high. It might just be me, but I have to watch those videos multiple times, because I can not pick up all of it at once.
Thanks Robin!
Glad you enjoyed it Stefan!
ATB, Robin
And here I am trying to be accurate to 0.001". Thanks for the video.
A big Thank You for taking the time to produce these videos. I have earned a living as a machinist for 32 years, it has been like getting paid for my hobby. There is so much I still do not know and so much I still want to do. You have been filling huge gaps in my knowledge along with getting me all excited about machining all over again.
Thank you very much! That is very encouraging to hear.
I don't know why I find it so satisfying to watch someone go complete space cookie on the art of precision.... The most precise tool I use myself is a kitchen knife! :P
This video should be required viewing for every engineer. They need to understand the consequences of their arbitrary tolerance choices. Because there’s not much difference between 0.001” and 0.0001” for a guy who’s spent his entire career in front of a CAD program, but that extra zero makes a HUGE difference on the shop floor.
As an Engineer I can't agree more. I was lucky to have a machine shop in my first job and Tool Makers willing to teach me!
Can't wait for the next installment! You have been using these spindles for about a year now so I'm guessing next summer on video #2?
All the best,
Tom
LOL... well played Mr. Wizard! Haven't touched them since you saw them back from HT on IG when your parts went along for the ride. Had thought that I would wait for the Mitsui to be done to finish these but since the Harig will be full auto shortly its time to finish these up. Unfortunately with my history your timing prediction might prove accurate or worse :-(
ATB, Robin
@@ROBRENZ you're forgiven Robin as long as we get some meatloaf from Tom in between @oxtoolco
Good call, Tom!
Part 2 posted just before Labor Day 20201. :)
Thanks for explaining the idea of the counter drill in the tapped holes.
I can’t wait to see the finished product!
Really like the CG tip. That makes perfect sense. Thanks Robin. Great work as always.
Glad it was helpful Steve and thanks for stopping by.
ATB, Robin
The first two minutes of this video contain more knowledge than every other machining video on youtube. Holy crap.
This made my week. Literally just starting a precision spindle build myself, so many nuggets here and surely more to come. I can't even begin to thank you enough for your wisdom.
Man,
precision machining brings together mechanical engineering, material science and metrology into a single application.
Fascinating !!!
Excellent! Honestly there's knowing what you're doing machining, then there's what you do. They're worlds apart. Keep reminding us to subscribe via patreon! I forgot until now and am more than happy to throw some money in the hat to keep these kinda of videos coming.
Are you sure you want to use that? Looks like a work of art that should be on display. Cool video Robin. Keep smiling.
Xxxxx,xx
Xxxxx,xx,
Only 1:30 in and already utterly speechless.
I learn so much from you every time you post a video that I have to watch it twice. The first watch through I'm double face-palming in epiphany the entire time just listening. That bit about the V block influence was so incredibly dumbfounding, you can imagine that you think of everything as rubber, you can think you have a good handle on it but just taking that little standoff and sticking it under the block takes forty years of experience to do.
I can't thank you enough for the time and effort. Thank you so much.
Loved the comments on elastic averaging and the spindle nose aesthetics are as cool as can be - plus functional. Well done. Thanks for sharing with us all.
Glad you enjoyed it!
Nice presentation. You explained very well the need for the meticuloius checks and re-checks at each step. You missed an alternative calling that I think I mentioned before: teaching - passing the lore to the next generation.
"Elastic averaging." Suddenly a whole approach to refinements in precision design gets a label. The language of precision requires apt words and phrases to label concepts and components like 'repeat zero," "re-referenceing," "closing the loop," etc both as a means of efficient communication and as tags for the individual's technical memory. A colleague need mention only the word or phrase for the concept and the implications of the moment to unfold in the mind's eye like the blooming of a flower.
Makes me wish I was back making chips.
Thank you Forrest for the very kind words. It's very comforting to have someone with much deeper and wider experience concur with the things I present.
ATB, Robin
I like your videos because you teach things as you show off your tools and skills. I dont even turn a nail, but i watch these. Keep it up!
Glad you like them!
Your attention to even the smallest detail always amazes me. Even though I just a retired computer nerd using my skills to command CNC machines to makeup for my lack of machining skills I often ask myself "What would Robin Do?". Then I pull out my caliper and try to get the same reading twice on the part I made. But I still love watching your videos.
4:45 so that's your advantage .......... 3 hands. I knew it!
That's called "...Wabi Sabi...". The art of imperfection!
As a complete engineering idiot, I try not to let my brain explode when I watch your content Robin. What your channel does for folks like me is let me dream that one day I would/could have a slim chance of producing such quality, and please believe me I am not trying to blow smoke up you know where😳. Watching and listening to your videos gives clear reasoning and rationale for your decision making processes. (To the Nth degree). As has been said before (I,m sure). ‘LEARNING LIVES HERE’. Kindest regards. Joe.
Thanks Joe for the kind words.
You are a master, by far the best machinist alive. This is why i love to joke around your ways, you are perfect or scrap.
I rewatch your videos pretty regularly it's just calming to me to see the level of precision you use and dedication to quality you have. I don't imagine it's easy to do all that and make videos but I'd like to see the finished results from these spindles if you have it.
Nikola Tesla, John M. Browning, Kelly Johnson, and Robin Renzetti, all geniuses in their field. Thanks for sharing!
Watching you do things like this makes me just want to go back to being a welder and sell my machine tools for scrap. Amazing work sir.
Your attention to detail and precision are unprecedented Robin. As always, it’s a joy to watch your work, excellent job!
Robin, Thank you for your time and effort to share not just what you are doing but why. Always interesting and a pleasure to see your work.
Mind blown, again, I love your videos, your experience in what you do... I learn something every time :)
On a whole different level. Thanks Mr. Renzetti
Every time I watch one of your videos I pick up information I can apply to something I do. Thank you for another wonderful video.
Robin -- thanks a million for sharing. Not only the big details and design, but the little tidbits along the way. It's greatly appreciated.
Extraordinary tooling design, and fabrication. Thank you for taking the additional time to make this video.
Thank you for slowing down your work so that you could film the process for us.
Your videos are usually very good, but this one seems to be exceptionaly well edited. Not that I would complain if it was 2 times longer, I like your running commentary. I always learn very interesting stuff. I am looking forward for the next installment.
Excellent as always Robin, thanks for taking the time, and educating us lesser machinist and engineer types.
You make it look like just another day but working to tolerances I can't even measure is high end stuff. I particularly enjoyed the tip about the gravity balance on the reference surface so it doesn't effect it.
Thanks for stopping by Brian!
ATB, Robin
These are some of my favorite videos on the whole of the internet. Thank you for putting your time into them.
Glad you like them!
I'm always so impressed when I watch what you do. Very good work Robin
You’re saying words I’ve never even heard of before - trilobular shape?? Haha great work again Robin really enjoy the high-level of precision and the effects of tiny forces on the accuracy of tools like this. Really interesting to watch some of the demonstrations you’ve done on the effects of even just body heat on calibrations.
Your son is lucky to apprentice under you for sure..big leg up for the young man.
As always another absolute masterclass. Such amazing attention to detail. Robin you're work is inspired and inspiring.
Many thanks!
Excellent as usual! Looking forward to seeing the lapping and the bearings.
Robin knows a thing or two about a thing or two, refreshing after watching all the pan handling self proclaimed machinist
Robin, always another level. You make me feel like less than the novice that I am. In a word, wonderful.
I love seeing all the amazing custom tooling and fixturing (art, really) you create in your videos. The tooling @ 4:47 tops them all, and you use it just to hold a splash/dust guard!
Finally got a chance to sit down and watch this. A real pleasure, as always. Always learn a thing or 5 from your content. Cheers! 💪👍
Glad to hear it!
As an apprentice Toolmaker, wish I had people like yourself in my shop. Looking forward to pt.2
Excellent video, Rob. Was about to login to work to start my work day but this truly took priority. Making tangible accurate things is the root of everything in our modern world. Makes me look back over my years of noodling away developing software applications and systems and wonder whether I should have gone the route of making tangible things instead which I truly enjoy. Thanks for sharing.
I just started in this trade only 2 years ago. I have learned so much from this one video it is amazing. The detail and explanation are right on point defiantly earned a sub 100%. Great Job
Glad it was helpful!
Yeah seriously when I first got into machining you hear everyone talk about robins design on this and that and I tried watching his videos and it sounded like a different language and the longer Your around machining/machinists the more you start to realize just how smart/awesome robin is. So much valuable information packed into every minute of each video I have to pause it and just think for a few seconds sometimes. Thanks ROBIN AND KEEP EM COMING !
Watching this video another time (how many times now? Who knows...) before watching the second episode just released.
Every time I watch it, I get new info from.
THANK YOU!
Had to watch this twice. Enjoyed it. Thank you for the lessons. Lately, between you, tom lipton, and joe pie i have been learning a ton.
Wow, the lack of a thread relief causing that blow out on the hardened steel blew my mind! Neeeeever would have thought the steel would have cracked and flaked off like it was a piece of porcelain.
First time I have ever heard the term "elastic averaging". You really know your stuff.
I see lots of your tooling at work.
I store your ideas for upgrades to my shop.
Thank you for willing to show your trade secrets
I'm an electronic and software engineer, and hobby machinist, so I have zero chance of ever having the skills or equipment to make something like this. Still found it fascinating. Something to aim for...
Wow Robin, you never fail to impress! ----Aaron
A national treasure defines you
Robin, thank you so much for interrupting your usual workflow to breakdown and share with us some of the most incredible precision machining. Your ingenuity and precision execution is endless 👍👍😎👍👍
Glad it was helpful!
Robin Great video. Good tips on setup. I started to ask about the 75 divisions. While I was typing noticed you answered it in the comment. Looking forward to the next video after heat treat. Thanks!
Thanks Peter, this was a project that was sidelined for quite a while. They are already heat treated with Cryo treatment and waiting to be finished.
ATB, Robin
Fantastic, absolutely stunning! Thank you so much for sharing your amazing knowledge!
THANK YOU Robin for sharing!
Always a pleasure to be reminded about attention to detail and the thought process from you. Looking forward to seeing you lap the bearing faces parallel to each other to probably within a few millionths.
I'm just a hack but the principles are the same. It is a joy, albeit humbling, to watch you.
Wow 😀! I'm happy when I can drill 4 holes in a straight line 🤣. That's some next, next level stuff. Beautiful work as usual, thanks for the share! Cheers 👍😀👍
Nice work Robin. I always learn something from your videos. Temp super glue parallel is a gem. Love this build
Fantastic work so far Robin...looking forward to the next video!
Always pleasure watching you work Robin, your videos are done to perfection as is all that you do. As always, thank you for taking time of your busy schedule (which for someone like you, is precious) to create this content for those of us looking to learn something new the right way. You are a godsend and I’m glad your work will live on in the internet for as long as we live as a civilization and don’t destroy ourselves with those idiots at the top making stupid decisions. As always, take care of yourself and I can’t wait for the next video to drop.
You should be a college professor of graduate level machining. Your work and knowledge is incredible.
Wow, thanks!
Well done and I appreciate your skills.
That was fantastic! Can't wait to see them finished!
You and me both!
Dammit! Once again guru Robin put me to bed a human being with useful knowledge... Thank you Sir!
"Trilobular"... I love it! And, the three hands tool. I wanna see the plans for that!
Never clicked so fast! Thanks Robin, can't wait to see the rest of this. I saw these on your instagram a while ago.
This is so interesting, thanks for sharing!
I would love it if you could give a shop tour of all your equipment and also a brief presentation of yourself and what you actually do.
Also, regarding this specific project, what is it for?
In house tooling
Thanks for the reminder that I need to make adjustable chuck back stops.
That aside, I always learn some new things when watching your videos. That’s why I (and most others I think) keep coming back video after video. I’ll be re-watching this in a little while to properly digest all the valuable information in this video (like all the others you made)
It just unlocks a window into whats possible for us all if we really really try. Epic levels of knowledge and skills shown. Were not worthy!....or I'm not at least....dont know about the rest of you!.....I'd have needed 4 of each block and might have got the last one to work by hard earned XXXX ups.
Robin, Thank you for another video, you do help me to think outside of the box...Or that the box is bigger then I thought
Really enjoy learning the thought process that goes into your projects.
Extreme precision is fascinating, but it takes a lot of cash.
Amazing precise workmanship with a lot of ideas 💡 👏
As someone who rebuilt the spindle on his milling machine with aluminium welding wire crush shims .. to preload the bearings 😬🙈🙈🙈..... The stuff you do is mind blowing 🤓... I dunno one day I'll rebuild it propperly 😉😂😂 .. I had no idea what I was doing at the time and didn't even expect it to work for a week let alone the ten year it has 🙈🙈🙈😂😂...
Robin, I can only think of one way to describe your work: Wow! I wish I had ~10% of your design skills & ~1% of your Machinist skills! (I'd _really_ like to have much closer to 100% of both, but I'm not going to hold my breath. ;) I'm eagerly looking forward to your next video in this series!
Hey Bob Vines,
10% and 1% ? You should set your expectations more realistically dude ! 1% and 0.1% would be a more reasonable life time target !
@@Metalloys ;)
It's really cool! When I saw what it would look like at the end,I really want to try to build one myself.Thank you very much for sharing.
It say's unlimited amounts about anyone's shop capability's and personal experience who fully intends on re-designing and improving on the built in accuracy something like a Harig already has since there well known to specialize in extremely accurate grinding equipment. I'm more than suitably impressed Robin. I've zero doubts you can do so, and this will be a more than interesting series of videos.
Truth be told I am expecting 1 microinch tir.
@@ROBRENZ For a home shop I thought I was doing ok, my best Mahr indicator has at least 20 times less accuracy than where your going. After checking there web sites, Harig will only state "within 10ths" for there Grind-All no. 1 and Surburban will say 1/2 a 10th maximum TIR allowable on there Master Grind indexer. So they'd be shooting for around 25 millionths. Until last night I always thought RJ Newbould, SIP, Moore Tools were doing pretty good. One microinch is NIST level. I can't think of an adequate descriptive term for what your doing.
@@turningpoint6643 Professional Instruments makes air bearing spindles that are
This was one of your best Robin, can't wait for the next one. The effort you have put in documenting this for other to benefit from is highly appreciated.
Sincere regards,
Thanos
This is mind blowing for me. Absolutely superb!
Sleeps over rated, time for a new Robrenz video! 👍
I use dowel pins for the "high center" when im grinding for square. Gotta love making blocks actually square.
I have a feeling, this will be the video, that really launches this youtube channel. Mark my words
As my eastern block materials professor says..."It must be Absolutely precise!"
Another precision video that is really helping me! love your videos Robin! Hope your doing well, cheers, Doug
Outstanding work, far away from the work i do but love to see this level of machining. All the best and looking forward to part 2 👍🏼🙏🏼
THE WIZARD🧙♂️ skookum as always Rob!!! Thank you for your precision!!!!
Robrenz on a Monday night? Right on!
Very nice informative and clean work, it’s so cool you share these projects with us!
Great video. A suggestion, place a small 5-10 micron filter in the air gallery to prevent burrs from exiting into the bearing cavity. It's a last filter after the purge port, replaced only during rebuild.
Lovely piece of machining! Although I don't understand how it locks to a position or why do 75 divisions instead of 72.
PS: I made a magic sanding plate a few months ago after watching your video. Last week I upgraded it to psa backed microfinnishing film (3M 268L) and diamond lapping film (3M 668X) on the other side, it's pricier than regular wet/dry but the performance is incredible. They sell them by the sheet on Lee Valley.
Correct 72 divisions for 5 degree increments, I miss spoke. Thanks for the catch. The locking and angle setting attach to the housing.
I use the diamond lapping films but put them on my toolmakers flat.
Excellent video Robin. I was actually thinking of this project this week and to wake up to this video was a treat! Glad to see some apprentice hands on the harig ;-)
Great great GREAT video. If you have time to get video of the process you used for lapping the bearing surfaces, setting pre-load, (all the aspects that seem equal parts art and science ;) ), I for one would certainly take interest (and appreciate! ). Either way, great video. Appreciate your contribution to the precision space!
Excellent video, love your level of precision and details 👍 greetings from Poland!
New RobRenz! Oh boy oh boy oh boy oh boy oh boy oh boy oh boy oh boy oh boy oh boy!