I appreciate your humble honesty. You are a stand up guy man, you are very good at what you do, a real problem solver through and through. It’s very humbling to see you own one and share it, and move on. Not a darn thing wrong with that. Turned out great. 👍🏻
Those little tidbits of information are valuable to us DIYers. Your comment on inserts and finish was good. Never thought that a tiny change in tip radius would affect the finish as much as you alluded to.
Nice work and appreciate sharing the mistakes. I'll share one of mine: when I was making the table insert for the fly press in a recent vid, I dropped the raw stock out of the chuck when I tried to loosen the jaws just enough to adjust it a little. It put a huge ding in my otherwise pristine cross slide that I can see from across my shop, with my eyes closed, in the dark :P
Wow yeah I know that feeling all too well well. My xl seems tj be running good finally but I am waiting for that bigger bamboo. Did some 3d printing jobs this week for customers which was cool.
I like the "honest" videos that don't hide mistakes & what can be done to fix the mistakes. I also appreciate your commentary describing speeds & feeds along with why some jobs, like this one, don't need the more expensive tighter tolerances. Also, knowing what the parts are for is interesting too. Thumbs up!
Customers always appreciate a way out of a jam. He will be back. Great short cut. Great video. The information was valuable and useful. Everyone makes mistakes. We are all human. Thanks for sharing.
Your human so don't pretend your a cnc machine. Lol . We all get lazy from time to time. And mess up. Just shows me the value in do it right the first time. Or do it twice. God bless, brother
Keep the comments that you add as it adds great value to those learning by watching your videos. Making a purse from a sows ear jobs are more important than those perfection only videos as not much is learned insofar as doing jobs to get the wheel back to turning is crucial to many a manufacturer.
Newbie question : instead of drilling holes all the Time, why nobody seems to use thick wall tubes ? Less material wasted, less operations, etc. There might be a simple reason, but as a non-machinist i cannot think of it 😅
Tubing is available however it’s hard to get in the sizes you need. It’s also more expensive generally even though it saves time on work. Unless you’re doing a repeat job for most machine shops it just makes more sense to stock the material as it has more uses. Also usually is in stock everywhere where is the hollow stuff mostly special order unless it’s a really common size. Plus probably about 10 to 15% of the time you order material for a job and something happens and you gotta change it or you lose the job and if hollow tube is what you had it’s pretty much useless where as solid bar can be used again.
Love this video and the fact you are willing to show your mistakes. I have a question regarding the spade bit. Can you use a spade bit to enlarge a hole, ie pilot hole, or do you have need to use a spade bit only on virgin metal? Thanks for sharing.
Technically, the spade drill does not require a pilot hole. I definitely have used it to enlarge a hole. Think the argument against his speed and or uneven wear on the edge, but you can certainly do it.
Making a worn and damaged machine reusable is an art. How well you do it is up to you. If you would center the old gear on the sprocket and redrill the holes - the new gear and sprocket would not run out at assembly.
37:34 I don’t think I’ve ever been motivated to try and make some Lemons from my Lemonade But freudian slip aside thanks for leaving the mistakes in the videos. It’s real life, shit don’t always go perfect: we have a good days and our bad days acknowledging it openly is alot more genuine and in my book is very appreciated. The real world ain’t all about perfect machining, it’s about getting a suitable end result for the desired need and preferably achieving it in a timeframe to be profitable to do while simultaneously making the cost low enough to be a viable option to potential customers. At the end of the day machining isn’t a hobby it’s a business(or part of a business decision). Customers usually aren’t machinists or technicians and as such care about the cost to get the machine working again and give 2 cents of a rants ponder as to the level of tolerance or concentricity on the part you’re fixing. By and large customers fall into 2 categories ones that care about the details and ones that don’t … the ones that don’t are my favorite and as for the ones that do, they’ll usually have just enough knowledge and understand to be dangerous (i.e. know enough to have gotten themselves in trouble or be missing the big picture or lacking crucial fundamentals making it a headache to try and explain/teach). Glad your customer was helpful in providing the missing information, I wouldn’t have ever considered flipping the gear either.
Hello, great job in the expectation of your customer. Great also you show wath going wrong during the process. Br from Switzerland PS: We had à supplier did all the gears with all spec that you give to him. Just you need to makes the central drilling by you workshop.😮😮😮
As an absolute beginner on a lathe I am very appreciative of your comments as you complete your work. It really helps me. Is it possible to also show how you work out your surface cut speed set up etc so us beginners learn from you. Any assistance in helping me become a better machinist would be appreciated. I am floundering in the dark at the moment as I live in a small town far from the big cities and can't find a course I can complete to become a better machinist. Thank you in advance
I don’t calculate any surface feeds per minute. I only go based on feel. I’m suresure in four years I’ve looked at a surface speed chart maybe three times.
Hey Kyle, I did enjoy your additional commentaries regarding insert choices and surface finishes. From the outside looking in, a hindsight would be having added provisions for an auto feed motor on your gearbox upgrade on the American Pacemaker lathe
Honesty is the best policy. Anybody can watch Keith Rucker & make believe he's a good machinist. You made a man happy, got his job done & got a future job out of the deal. Making a living comes first, but satisfying a customer is king.
If the lathe is imperial, stick to imperial sizing after first converting required sizes from metric to imperial. To dance between the two during the job is to have a far greater chance of screwing it all up. I learnt that the hard way in Australia earlier in my self taught machinist days.
OK, yeah I’ve explained this many times before. Yes my micrometers have an inch metric button. On the Mitutoyo micrometers that I have I sent them based on a standard and then I lock them(digitally) . This ensures that I never bump the switch, but in order to keep them locked, it locks me out of switching it between metric and standard. It’s a formality but I’ve done a couple jobs where I accidentally bumped the switch and didn’t realize it until later. It’s easy for me to make the conversions on the DRO or bounce back-and-forth. These micrometers since I zeroed it it’s 100% dead on with zero chance that it’s off. The trade-off to me is worth spending a couple extra minutes making the conversions.
Tbh recovering from mistakes is one of the most important skills. Mistakes will always happen, nobody is perfect and sometimes you are forced to gamble with what you're dealing with. That's why I love seeing the ways others recover from their mistakes, and collecting those information for future use. That reminds me also to the one time Tom Lipton from Oxtools mistakenly took a bolt battern to be in regular angle increments, but it turned out that every hole was a little off by design. But he could recover by plugging the existing holes he made with some turned material, pressed them in and after machining them down you'd never know they were there. Then drilling the holes again in the right locations. Edit: it's the video called "Autometric Jig Bore Resurrection 4"
Love the commentary content. I have some experience with manual machining, but honestly it’s dated since my last job as a machinist was over 20years ago. That aside, I have some gears/sprockets that will need repair/modification on my M939 transfer case for my military truck. If that is something you might be interested in doing I can contact you on the phone.
I love the fact that you kind of ask for critics when you are already your own best critic. Thanks for that - Different - I was expecting you to do a bit more on your project.
Yeah, I definitely am always trying to get better. There’s tons more videos to come on my projects so they’ll be coming. sometimes I like to mix it up a little bit so it’s not just back to back projects cause not everyone likes it. more to come.
Have you ever tried a single point roll burnisher to use in a lathe can be 2 small ball bearings. Or a captured single ball bearing running against a ball bearing.
No, I have not. I’ve seen all the memes and TikTok videos, but to be honest it just seems like a roundabout way to get a good finish instead of actually trying to get a good finish on the initial machining pass.
Yeah but getting a review out of a customer, pulling teeth let alone getting them to send me a video of the machine working. I wish but people are lazy these days.
It's interesting, the sprocket profiles don't look that bad. Shows some wear but I have seen way way worse than that. That gear that bolts to it has 3 potential positions that could effect runout a lot, is it possible it is bolted on in the wrong position? EDIT: correction, 6 positions. 😁Glad it got better.
@@VanoverMachineAndRepair Man you can find some good stuff. Only bad thing about living out in the country is there is never any good machines for sale within hundreds of miles of me.
Brass must be really expensive in Canada.I don't get how using large chunks of that steel for bushings is more cost effective considering the time spent working on that..
Yeah, people are weird about material cost. It’s a thing in their mind. They don’t like paying $80 for a small piece of brass (it’s not $80 but just as an example) but when you give them a labor price, it is what it is. They don’t care if you’re hogging off metal or if you’re being efficient, they just don’t like spending a lot of money on material if they don’t have to. But mostly in this case brass would cost extra time and money whereas for me, I can basically get him the material for free because it’s used from scrap on another job.
Hello. I am sorry for my bad english writting. To use a too big 4140 heat treated rod for making a small diameter shaft is not the best solution. Of course, there is a big material waste, but not only. When you buy heat treated rod, the mechanical properties are garanted by the standards ONLY from the surface to 1/4 of the diameter depth. For example, you buy a 100 mm diameter 4140 rod heat treated for 1300 MPa tensile strength. You can be sure you have this tensile strength from the surface (100 mm diameter) to 50 mm diameter. Under 50 mm diameter, you are only sure the steel have only the anealed mechanical resistance.
Leave in the commentary. Most viewers are coming from other machining channels or were/are in the trade, we can compare notes and internalize knowledge through repetition. I didn't equate surface finish to depth of cut as much as to speed/insert combo.
50:57 My opinion is, the longer videos are better, sometimes a little comment is very helpful for learning! .. Try not to make any mistakes!! :) LOL .. but yeah it's good to leave them IN the videos. We all can learn!! :)
Shoot man....send those off to PK to be welded up and back in business by prayer time. That's after parts are chuck'd on the dirt floor a couple times by a tech in safety sandles.
More commentary and mistakes are good! If your customer had come to you first surely you could have made new gears and sorted it out once rather than the job being done twice? But then, everybody wants something done for nothing!
Дружище, а почему ты проводишь измерения таким неудобным образом ? встань правым боком к станку, за суппортом, немного наклонись и поднеси микрометр сверху детали. или заведи снизу, если тебе не удобны перевернутые значения.
By all means, leave in the mistakes! It will help us prevent making the same ones. I love your content, but sometimes the shots you show can be a bit on the long side. Once the first inch on a shaft is turned, the part up until the last inch gets a bit boring to watch. Same with multiple passes on the same surface. Just cutting these bits out, or speeding along them can be good solutions.
Yeah, I get that. I do agree. I’m constantly learning and trying to make the videos better. I’m a slow learner, but I’m tenacious. I think we’ll get to a point where hopefully it’s a good mixture. I do like watching the machining shots, but I get it. I have to edit the videos so I’ve watched them way too many times. I completely follow you on the repetitive turning shots. I’m trying to figure out ways to break it up more.
i saw what u did there lol Mr boring. Im thinking you might have been better off doing the gears first so you can compensate for the shaft size needed to fix the round. Leave in as many mistakes as you can. not too many, just enough for ppl to learn and you dont look incompetent. LOL
Back in the day, in the Navy we used to say "If you're not f'n stuff up, you're not learning"... learning from mistakes is a great way not to repeat them.
@@ypaulbrownsometimes the cc is not immediately available when the video is first posted. I had this problem but waited a little while and the cc option became available.
![ร้อยพ่อพันแม่ - WanMai [Official MV]](http://i.ytimg.com/vi/XY2pNYASEbg/mqdefault.jpg)
I appreciate your humble honesty. You are a stand up guy man, you are very good at what you do, a real problem solver through and through.
It’s very humbling to see you own one and share it, and move on. Not a darn thing wrong with that.
Turned out great. 👍🏻
That’s really kind of you to say I appreciate that. Always always trying to get better. I don’t know everything.
Those little tidbits of information are valuable to us DIYers. Your comment on inserts and finish was good. Never thought that a tiny change in tip radius would affect the finish as much as you alluded to.
Thanks I will do a video on inserts and surface finish in the future
All came out usable worked great. Job well done.
Thanks, Randy. I appreciate it.
I love all the commentary, and especially the mistakes & work-around,,, that's what I learn the most from.
Keep up the good work.
Thank you I appreciate your feedback.
Commentary is always good. I like that kind of Content
Thank you I appreciate that
Nice work and appreciate sharing the mistakes. I'll share one of mine: when I was making the table insert for the fly press in a recent vid, I dropped the raw stock out of the chuck when I tried to loosen the jaws just enough to adjust it a little. It put a huge ding in my otherwise pristine cross slide that I can see from across my shop, with my eyes closed, in the dark :P
Wow yeah I know that feeling all too well well. My xl seems tj be running good finally but I am waiting for that bigger bamboo. Did some 3d printing jobs this week for customers which was cool.
@@VanoverMachineAndRepair nice! I think they (Bambu) are sharing more infos in Dec
I like the "honest" videos that don't hide mistakes & what can be done to fix the mistakes. I also appreciate your commentary describing speeds & feeds along with why some jobs, like this one, don't need the more expensive tighter tolerances. Also, knowing what the parts are for is interesting too. Thumbs up!
Thank you. There will be plenty more videos with mistakes so be watching out for that.
That was a good win. Nothing like helping a customer get going again. I like seeing it all.
Yes indeed
I like the additional tip and tricks. Great work.
Thanks
nice! even the "not 100%" case makes it interesting...top job! 👍
Thanks! 😃
Customers always appreciate a way out of a jam. He will be back. Great short cut. Great video. The information was valuable and useful. Everyone makes mistakes. We are all human.
Thanks for sharing.
I appreciate it thank you
Your human so don't pretend your a cnc machine. Lol . We all get lazy from time to time. And mess up. Just shows me the value in do it right the first time. Or do it twice. God bless, brother
Yes, indeed I appreciate it. God bless.
Keep the comments that you add as it adds great value to those learning by watching your videos. Making a purse from a sows ear jobs are more important than those perfection only videos as not much is learned insofar as doing jobs to get the wheel back to turning is crucial to many a manufacturer.
Yeah agreed
Nice work Kyle, I appreciate your hard work and sharing.
Have a good weekend. 👍🇺🇸👍
Appreciate it! You too!
I like the commentary and he oopsies. he surface finish and why is important to see. It's also good o see someone else scrapping parts.
Yep, I’m doing a lot of scrapping in my shop. Just depends on the week.
Failure breeds success Kyle as long as you keep going forward. Once again sir, thank you for sharing.
I appreciate it.
Love seeing the work arounds and the fixes.
Yes in deed
😂”a little boring “. Machinist humor!😂
True
Loved the extra talking, informative and explains your reasoning behind things. ABOM does the same and i find it really informative, mistakes and all!
Thank you I appreciate it. It was him that kind of led me down this path in the past.
Man that was some serious ware
Lol
Newbie question : instead of drilling holes all the Time, why nobody seems to use thick wall tubes ? Less material wasted, less operations, etc. There might be a simple reason, but as a non-machinist i cannot think of it 😅
You can only stock so much material, so you stock the common sizes, plus tube isn't always available in the same grades of material as bar stock.
Tubing is available however it’s hard to get in the sizes you need. It’s also more expensive generally even though it saves time on work. Unless you’re doing a repeat job for most machine shops it just makes more sense to stock the material as it has more uses. Also usually is in stock everywhere where is the hollow stuff mostly special order unless it’s a really common size. Plus probably about 10 to 15% of the time you order material for a job and something happens and you gotta change it or you lose the job and if hollow tube is what you had it’s pretty much useless where as solid bar can be used again.
You talk without getting chatty 👍🏼
I can be chatty. I’m working on trying to be concise.
All good, keeping the customer happy.
Yes, indeed that’s the name of the game
I like this version more. I like learning as much as possible.
Good to know thanks
You did a great job regarding the state of the parts👍
Thanks I appreciate it. I really appreciate your work as well.
A lot of work and cost starting with a 3 inch or 75mm bar going down to less than 40mm???
Yeah, I know I bought the material for another job and it got canceled and we were on a time crunch and I had it on the shelf so that’s what I used
Love this video and the fact you are willing to show your mistakes. I have a question regarding the spade bit. Can you use a spade bit to enlarge a hole, ie pilot hole, or do you have need to use a spade bit only on virgin metal? Thanks for sharing.
Technically, the spade drill does not require a pilot hole. I definitely have used it to enlarge a hole. Think the argument against his speed and or uneven wear on the edge, but you can certainly do it.
Making a worn and damaged machine reusable is an art.
How well you do it is up to you.
If you would center the old gear on the sprocket and redrill the holes - the new gear and sprocket would not run out at assembly.
Yeah that’s true
The commentary is great, very educational. You are like a cross between Mrpete and Kurtis, maybe a little this old tony also. Really enjoyable.
I appreciate that I like all those channels.
37:34 I don’t think I’ve ever been motivated to try and make some Lemons from my Lemonade But freudian slip aside thanks for leaving the mistakes in the videos. It’s real life, shit don’t always go perfect: we have a good days and our bad days acknowledging it openly is alot more genuine and in my book is very appreciated.
The real world ain’t all about perfect machining, it’s about getting a suitable end result for the desired need and preferably achieving it in a timeframe to be profitable to do while simultaneously making the cost low enough to be a viable option to potential customers. At the end of the day machining isn’t a hobby it’s a business(or part of a business decision). Customers usually aren’t machinists or technicians and as such care about the cost to get the machine working again and give 2 cents of a rants ponder as to the level of tolerance or concentricity on the part you’re fixing.
By and large customers fall into 2 categories ones that care about the details and ones that don’t … the ones that don’t are my favorite and as for the ones that do, they’ll usually have just enough knowledge and understand to be dangerous (i.e. know enough to have gotten themselves in trouble or be missing the big picture or lacking crucial fundamentals making it a headache to try and explain/teach).
Glad your customer was helpful in providing the missing information, I wouldn’t have ever considered flipping the gear either.
Thanks I appreciate it. Yeah, it’s nice to work with customers who are not very picky.
How did you amass all your tooling and machines? Amazing inventory!
Thank you I appreciate it slowly. Overtime in the last couple years to be honest nothing crazy maybe one or two machines a year
Problems are something everyone learns from, nice work.
Yes indeed
Hard to be on your A game on a job like that. turned out good in the end on the commentary what ever feels right for you cheers Kyle👍👍👍
Thanks, I appreciate it means a lot.
Getter Done!!!! Works for me always.
Indeed
Brilliant as always 👍🏻👍🏻👍🏻🇬🇧
Thanks again!
Hello, great job in the expectation of your customer. Great also you show wath going wrong during the process.
Br from Switzerland
PS: We had à supplier did all the gears with all spec that you give to him. Just you need to makes the central drilling by you workshop.😮😮😮
That sounds pretty cool cool
As an absolute beginner on a lathe I am very appreciative of your comments as you complete your work. It really helps me. Is it possible to also show how you work out your surface cut speed set up etc so us beginners learn from you. Any assistance in helping me become a better machinist would be appreciated. I am floundering in the dark at the moment as I live in a small town far from the big cities and can't find a course I can complete to become a better machinist. Thank you in advance
I don’t calculate any surface feeds per minute. I only go based on feel. I’m suresure in four years I’ve looked at a surface speed chart maybe three times.
Thanks for the reply it is much appreciated. I will just keep watching you and others like Josh Topper to learn and putter on. Thanks again.
If someone doesn't make mistakes they aren't doing anything
Exactly
I like the additional info, makes it seem more real and less staged.
Yeah, I get that makes sense
Kyle, subscribed here after seeing you on Josh’s channel. Keep the mistakes in and keep up the content 👍
Thank you
Hey Kyle,
I did enjoy your additional commentaries regarding insert choices and surface finishes.
From the outside looking in, a hindsight would be having added provisions for an auto feed motor on your gearbox upgrade on the American Pacemaker lathe
Yeah that would be cool
Sorry, meant to say; the tailstock gearbox upgrade.
I love those presses
They are great machines
Not your usual over achieving but you helped some one out of a jam, good for you. Cheers
Yeah not all jobs are intense
The extra info is always good
Thank you I appreciate it
Keep it going your way good job
Appreciate it
Thank you for teaching me bro.
Absolutely I’m glad you benefit from it
Just keep 'em coming. As is is good.
I’m glad you are enjoying it.
Honesty is the best policy. Anybody can watch Keith Rucker & make believe he's a good machinist. You made a man happy, got his job done & got a future job out of the deal. Making a living comes first, but satisfying a customer is king.
I like watching Keith. He does a fantastic job restoring old machinery back to GWO.
Yes indeed
I have a similar shop setup. I only make money on a few jobs. Just can’t charge enough for all that time. But learning is fun.
Yeah, I get it
Your micrometer has a inch/mm switch, might be handy ... ;-)
Thanks for the video and sharing!
If the lathe is imperial, stick to imperial sizing after first converting required sizes from metric to imperial. To dance between the two during the job is to have a far greater chance of screwing it all up. I learnt that the hard way in Australia earlier in my self taught machinist days.
@@bobhudson6659 I mean; you do not need to type it over in the DRO to convert it as he explained, there is a button for that on the micrometer.
OK, yeah I’ve explained this many times before. Yes my micrometers have an inch metric button. On the Mitutoyo micrometers that I have I sent them based on a standard and then I lock them(digitally) . This ensures that I never bump the switch, but in order to keep them locked, it locks me out of switching it between metric and standard. It’s a formality but I’ve done a couple jobs where I accidentally bumped the switch and didn’t realize it until later. It’s easy for me to make the conversions on the DRO or bounce back-and-forth. These micrometers since I zeroed it it’s 100% dead on with zero chance that it’s off. The trade-off to me is worth spending a couple extra minutes making the conversions.
@ Thank you to have taken the time to answer my question. It is much appreciated!
Greetings from Belgium, be well!
I'm not picky, more or less commentary don't matter. Do whatever your comfortable with!
Thanks man
Machining is good, commentary to explain what you are doing is good. too much of either is boring.😁
Yeah, I agree. A good mix is nice.
Nice work. I learn from my mistakes, so why not learn from yours, too? I enjoy the commentary myself.
I appreciate it, Greg.
Tbh recovering from mistakes is one of the most important skills. Mistakes will always happen, nobody is perfect and sometimes you are forced to gamble with what you're dealing with. That's why I love seeing the ways others recover from their mistakes, and collecting those information for future use.
That reminds me also to the one time Tom Lipton from Oxtools mistakenly took a bolt battern to be in regular angle increments, but it turned out that every hole was a little off by design. But he could recover by plugging the existing holes he made with some turned material, pressed them in and after machining them down you'd never know they were there. Then drilling the holes again in the right locations.
Edit: it's the video called "Autometric Jig Bore Resurrection 4"
Yeah, we all make mistakes. I enjoy Tom Lipton videos as well.
Were you trolling us with that chuck key left in the lathe? I feel like you were sir.
PS could you make a tool post holder for the spade drill and use the carriage to move the drill in the lathe for faster drilling too?
Def trolling hard
Yeah I could I might do that
Nice save!
It was a close one!
Love the commentary content. I have some experience with manual machining, but honestly it’s dated since my last job as a machinist was over 20years ago. That aside, I have some gears/sprockets that will need repair/modification on my M939 transfer case for my military truck. If that is something you might be interested in doing I can contact you on the phone.
Sure give me a call 847-890-9969
I love the fact that you kind of ask for critics when you are already your own best critic. Thanks for that - Different - I was expecting you to do a bit more on your project.
Yeah, I definitely am always trying to get better. There’s tons more videos to come on my projects so they’ll be coming. sometimes I like to mix it up a little bit so it’s not just back to back projects cause not everyone likes it. more to come.
Great video, mistakes and all.
Thanks, Joe
I know you can fix them Kyle, cheers from Orlando…Paulie Brown
Thanks Paul
The rest of the world use metric system, why was it hard to get the parts
31teeth made it less common. Not done you can order here even in standard pitch
Have you ever tried a single point roll burnisher to use in a lathe can be 2 small ball bearings. Or a captured single ball bearing running against a ball bearing.
No, I have not. I’ve seen all the memes and TikTok videos, but to be honest it just seems like a roundabout way to get a good finish instead of actually trying to get a good finish on the initial machining pass.
Nice one 🙌
Thanks!
When you like something you want to know the whole story pock marks and all. The only way for us to learn from your mistakes is to see them!
Yeah true
Here from Topper Machine 👍👍
Welcome aboard
Any particular reason you use 30 degree chamfering tool instead of classic 45 degree?
No reason really the threading tool often has a tighter clearance being smaller maybe that was it
Worn gear is different from worm gear. Sounds similar but isn’t. My tired brain needs to know this.
One can be found anywhere
The other in right angle drives
Yes indeed
When you bore out the new gears it would be cool if the customer let you take a photo/vid of the machine in use
Yeah but getting a review out of a customer, pulling teeth let alone getting them to send me a video of the machine working. I wish but people are lazy these days.
Please , can you tell what type the green lathe and the blue lathe are ? Thanks a lot.
Clausing colchester 13” student
American pacemaker 14x54 square head
@@VanoverMachineAndRepair Thanks
It's interesting, the sprocket profiles don't look that bad. Shows some wear but I have seen way way worse than that.
That gear that bolts to it has 3 potential positions that could effect runout a lot, is it possible it is bolted on in the wrong position?
EDIT: correction, 6 positions. 😁Glad it got better.
Yep
Try Martin gear and sprocket company for premade gears??
Yeah, I like to use them and Boston gear as well.
Just do you! Nobody is perfect regardless of what they tell you on TH-cam. ;)
Thanks for the encouragement!
New to you Dake press purchase?
Yep 150ton Dake hand powered and in rough shape. check back in year and I’ll do full resto and conversion to electric lol
@@VanoverMachineAndRepair Man you can find some good stuff. Only bad thing about living out in the country is there is never any good machines for sale within hundreds of miles of me.
Good Stuff
Thanks appreciate it
Hi I would like to know more about your spade drill a link to suppler thank you in advance
Amec makes them it’s best to call them they have great tech support they can walk you through what you need.
Brass must be really expensive in Canada.I don't get how using large chunks of that steel for bushings is more cost effective considering the time spent working on that..
Yeah, people are weird about material cost. It’s a thing in their mind. They don’t like paying $80 for a small piece of brass (it’s not $80 but just as an example) but when you give them a labor price, it is what it is. They don’t care if you’re hogging off metal or if you’re being efficient, they just don’t like spending a lot of money on material if they don’t have to. But mostly in this case brass would cost extra time and money whereas for me, I can basically get him the material for free because it’s used from scrap on another job.
Hello. I am sorry for my bad english writting.
To use a too big 4140 heat treated rod for making a small diameter shaft is not the best solution. Of course, there is a big material waste, but not only.
When you buy heat treated rod, the mechanical properties are garanted by the standards ONLY from the surface to 1/4 of the diameter depth.
For example, you buy a 100 mm diameter 4140 rod heat treated for 1300 MPa tensile strength. You can be sure you have this tensile strength from the surface (100 mm diameter) to 50 mm diameter. Under 50 mm diameter, you are only sure the steel have only the anealed mechanical resistance.
I’m not sure how to help you. I’m sorry.
Leave in the commentary. Most viewers are coming from other machining channels or were/are in the trade, we can compare notes and internalize knowledge through repetition. I didn't equate surface finish to depth of cut as much as to speed/insert combo.
Boring job 😂😂😂 ...also can't get in to comment as primary I have to go in behind someone else's comment , what's up ......just saying.....
The comment bar just popped up ...
Appreciate the feedback I’ll keep that in mind
Keep the mistakes in the videos . We only learn from our mistakes .
I appreciate that. Agreed.
I wish you were my neighbor lol !
Bummer lol
50:57 My opinion is, the longer videos are better, sometimes a little comment is very helpful for learning! .. Try not to make any mistakes!! :) LOL .. but yeah it's good to leave them IN the videos. We all can learn!! :)
It seems to be the consensus
Shoot man....send those off to PK to be welded up and back in business by prayer time. That's after parts are chuck'd on the dirt floor a couple times by a tech in safety sandles.
Pk would have no business working on these. They are in to good of condition for them 🤣
More commentary and mistakes are good! If your customer had come to you first surely you could have made new gears and sorted it out once rather than the job being done twice? But then, everybody wants something done for nothing!
Yeah, that’s the problem. Could I have made the gears probably but did he want to pay what it would’ve cost nope.
Дружище, а почему ты проводишь измерения таким неудобным образом ? встань правым боком к станку, за суппортом, немного наклонись и поднеси микрометр сверху детали. или заведи снизу, если тебе не удобны перевернутые значения.
Sure.
Do what you think necessary. Jer
Will do
By all means, leave in the mistakes! It will help us prevent making the same ones. I love your content, but sometimes the shots you show can be a bit on the long side. Once the first inch on a shaft is turned, the part up until the last inch gets a bit boring to watch. Same with multiple passes on the same surface. Just cutting these bits out, or speeding along them can be good solutions.
Yeah, I get that. I do agree. I’m constantly learning and trying to make the videos better. I’m a slow learner, but I’m tenacious. I think we’ll get to a point where hopefully it’s a good mixture. I do like watching the machining shots, but I get it. I have to edit the videos so I’ve watched them way too many times. I completely follow you on the repetitive turning shots. I’m trying to figure out ways to break it up more.
No wonder those gears are destroyed. They are made in China.
They were also run hard and put away dry.🤣
Yeah lol
why didn't you just make the shafts the size of your bore minus a few thou for lube?
Yeah that’s an option too but the sprocket he is keeping and he wanted that bushed.
i saw what u did there lol Mr boring. Im thinking you might have been better off doing the gears first so you can compensate for the shaft size needed to fix the round. Leave in as many mistakes as you can. not too many, just enough for ppl to learn and you dont look incompetent. LOL
Yeah it’s a balance lol
@@VanoverMachineAndRepair even the best have a streak of mistakes from time to time
Back in the day, in the Navy we used to say "If you're not f'n stuff up, you're not learning"... learning from mistakes is a great way not to repeat them.
Exactly
Gears are ruined
100% destroyed 😊
Yep
Subtitles please, only way I can understand it all.
There are subtitles…go to cc
You need Walkie Talkie to converse with customer….all Asian cooks know that….❤❤❤❤❤
@@ypaulbrownsometimes the cc is not immediately available when the video is first posted. I had this problem but waited a little while and the cc option became available.
Kyle…the format is great the way you did this one…stick with it….PB
It’s not going to happen
27:05 Ugh. Dad joke.
Lol not a da yet
its pronounced shamfer
Yeah, I’m definitely going to pronounce it how I have been.
Boring jokes, lol
Lol
leave all the mistakes, that is as important as anything else.
Thanks for feedback