Dawno dawno temu..:) firma z Anglii która zowie się Myford wprowadziła milling attachments do swoich tokarek ml7 i super 7. Do dzisiaj są na wyspach powszechnie używane. A tutaj nasz rodak radzi sobie sam🙂 tak przy okazji to super kanał..pozdrawiam!
شكرا ياصديقي انا من اليمن ومهتم جدا بالتصاميم الهندسية، هذه المخرطة حتي يومنا هذا، ليس لها حدود ،مجالها واسع جدا وهي ساحة كبيرة للاذكياء فقط، اعجبتني فكرتك في بساطتها رغم انني بالامس شاهدت فيديو مماثل لمحترف ياباني swap lamp لكن طريقته كانت معقدة ودقيقة بنفس الوقت وتحتاج الي معدات اخري لكن طريقتك مبسطة، تهانينا ياصديقي عمل موفق🎉❤
Very well done. It never hurts to have back up plans. This takes a win for blurring the lines between mill and lathe, it's all just spinning and cutting when it comes down to it. You can spin a cutter much easier than a 50 pound something, so this makes perfect sense for those with no mill to be able to mill!!
This is a very timely video. My brother and I were just talking about wishing we had a small milling machine. He does have a lathe. Now it's possible to have both, with this adapter head attachment. Thanks you for the clear instructions.
Brilliant! You have given hope to so many people who can't afford a milling machine, but could emulate what you have worked out and achieved! thank you!
All of your diy jigs / tools are always so well engineered. I've been watching you since you were making your own drill powered lathes in a small garage and I thought, wait till this guy builds up his tools / shop and he'll be the #1 diy jigs /tool guy on RUclips. Keep it up brother, we need your ingenuity. God bless
Like always top quality build! Thanks for posting, this definitely could help someone out that only has a lathe and needs a way to mill stuff, the fact you make most of the part on the lathe it great! Thanks for posting 🙂
If only I was at your home town,I would have given my a month labour hours for free to help you in any way its possible. Thank you is an umder statement for helping humanity.
Nicely done. It allows some milling at angles that would be difficult any other way. The vibration is from the overhang, just inherent in using the carriage that way. If you could get the center of cutting forces closer to the center of the cross slide it would (probably) reduce the vibrations.
Thanks... digging in to start a similar lathe-milling conversion project... All the recent noise that I'm reading about vibration/chatter with similar solutions is bursting my bubble! I'll be trying to eliminate as many sources as possible in the process. DUNNO! Time will tell!
Gerday again, watching making lathe milling attachment, reminded me, when I saw you cutting a slice from what looked like 5 or 6 inch stock, I watched a CAT vid where they were fixing old worn pins. They were huge. The excervator bucket pins were bigger than the D9 ripper pins, actually wasnt CAT but never mind, they removed the plates that located and secured the CAT pins, got new steel stock & welded on the old plates. The huge excervator pins were also made from new stock so I figured they would weld up & lathe down the old pins then reharden later. But no, they simply dumped them in the trash. I'm sure they would have been recycle bins but they looked like trash bins. All the machine shops I've dealt with have caged bins out back but never even close to looking like trash. If this is the case it would be worthwile any home machinist go to Hasting Dearing and do a bit of dumpster diving. Even if you had to pay a real machine shop to lathe the 60 to 70 thou high tensile hardness finish from the rods then keep it at home for that rare job, like building a new lathe or parts. After all they say that a lathe is the only machine that can build itself. However after watching one of those new huge 5 axis C&C Machine behind glass doors, it also (I think) could also make itself as well as improvements, provided you are a good programer operator. Anyway just a thought. Peace out. Wayne
Very well implemented, Good Job👍👍 Steel tends to vibrate easily, so machine beds are made of cast iron to absorb the vibrations. You could fill the connecting tube with sand that might catch some Vinbration. Or you try to make the construction a bit stiffer with some extra steel.
This is a great video, and the work well done, more important in this video, you answering the big question mark for people like me, a very beginner on this field, understanding the unavoidable vibrations due to the complexity of the moving table, again limited on the vertical stroke, and the all design not practical for minute "V" slots etc... Thank you for this.
This appears to be a well made attachment for your lathe. It seems to be satisfactory for the need you have at the time. I agree that a full milling machine would be nice, but it I more expensive. Well done and thank you for your video. From Salem, Oregon USA
I prepared something similar for my mini lathe. I chose a bed in which both job holders could move up and down, instead of having the bottom one fixed. It's a bit more flexible for my setup. It works wonders.
Excellent project. To produce such a video takes skill and time. The clarity of the video and process is excellent. Two observations if I may for viewers watching this video to learn machining operations. 1. Only use a three jaw chuck to hold machined concentric surfaces only! Holding un-machined surfaces ruins the accuracy of the 3 jaw chucks scroll or the back of the jaws scroll. If you have two 3 jaw chucks then paint one a colour for general holding. 2. Welding on a precision machine is not recommended as you can introduce arcing within the precision ball/roller bearings. Having said that you did the right thing in protecting the lathe and had the earth clamp right next to where you are striking the arc. This in no way a criticism as I admire you ingenuity and flair to get the job done. That's why I enjoy your videos. Cheers from down under Amf1
Milling is not possible on lathe go to milling machine.....as some, lathe people say .. however you made it so simple... with your creative application.. very nice ... keep it up. god bless you bro..
I think you can mill on a lathe plenty good enough to do the things you do. Sure help you out making slots and key ways. Dam sure better than the way you've been having to do it. Nice job!!
Interesting execution of the desired result. I think your comments say it all. When it comes to engineering, which bench tool work is, then one needs to get the fit-for-purpose tool. But as always, your ingenuity and ability make it compulsory viewing. Thanks.
BOOM wow I've seen people doing this well the same idea and it worked well very well but your making art as well looks and works extremely well so Proud of you Son thumbs up my friend wow
Well that was different. I have many many years of manual machining. I was trying to figure out where you were going with this and didn’t know till close to the end. That’s really thinking outside the box! Nice job!
I think that if you shortened the stud coming out of the y axis housing and only used one plate to secure the vise it would be a lot more balanced, which may reduce vibration. Another issue is that the whole weight of the assembly is held in place by the two bolts designed to hold just the top slide. Making a stronger mounting system would also help, likely a lot more than just lightening the front end.
As I am a one his study was formling cutting machines in 1971up1976 that is so good just like Head milling machine......so cleaver work . انا كا فنى آلات تشكيل وقطع اعتبر ذلك يشبه رأس الفريزة وهو عمل ممتاز .
Przy toczeniu widziałem taki numer: Ustawiasz sobie GOTOWY wymiar na suwmiarce elektronicznej i wciskasz (0). Potem przy dochodzeniu do danej średnicy Mierzysz tą suwmiarką i masz wyświetloną jeszcze ilość do zebrania materiału. np zostało 1,16mm/ Dzielisz na 2 i Wiesz ile masz DOKŁADNIE ustawić do zebrania. Próbowałem i bardzo to przyspiesza liczenie zwłaszcza, że często są to jakieś dziwne wymiary typu: 78,59mm. Polecam spróbować 🙂
Sensacional, um show! Há tempos que eu venho tentando projetar um dispositivo desse tipo, vou copiar do seu, Obrigado por compartilhar suas experiências e sabedorias, você é um grande profissional, um grande professor, parabéns!!!
Machines do not know the difference as long as the tooling and supports hold and enough motor you can do whatever you want. Just watch your fingers, keep them clear. In a full-face helmet doesn't hurt either
Génial, good !! Maintenant la même chose avec la possibilité d'installer un autre mandrin 3 ou 4 mors ! En tout cas cette configuration ouvre à de nombreuses possibilités, yes ! De formation, je suis tourneur sur métaux, j'ai adoré cette formation, très doué à l'époque... Mais pas du tout disposé à travailler dans le monde industriel. Après avoir bourlingué pendant de longues années, depuis quelques mois, je m'intéresse à nouveau à "la chose"... Enfin, l'idée est de réaliser du Custom.... Good, good, very good, thank you.
I'm watching this video, looking at my mill, thinking, damn i need that lathe! A mill w/o a lathe is hell... and a lathe w/o a mill is hell!! Nice band aid, but a mill is in your future, as a lathe is in mine...
JERSDUNZ not quite a bandaid . those are great for tiny fragile projects a big mill can easily destroy..plastic stock and very small things youd never manage in a Bridgeport for example
@@agoogleaccount2861 I assure you, that anything and i mean anything, you could do in this manner could be done better/faster on a purpose built machine, with a higher degree of accuracy.. my comment holds no ill intent, it's just reality. Ive had a mill for 2 years without a lathe and it has sucked the life out of lots of could have done situations.. i just got a small lathe to go with my small mill. Im already dissatisfied with the lack of capability and i haven't had it 3 months...lol just reality.
Just found your channel, instantly subscribed. Great work, you could even mount a small rotary table on it to do the curved slots in the one you make for me......Dave
I've done quite a bit of milling on my lathe, which is smaller than yours, and it works just fine. I suspect the reason you have chatter is because you are taking cuts well beyond the left end of the saddle, which causes the right side of the saddle to lift. Ideally you position the vise so that the cut happens above the middle of the cross slide; this way no cutting forces should cause the saddle to lift on either end.
Пољаци не љубе Русе. Нисте добили "лајк" од њега. Он мрзи руски алфабет. Што није професионално од њега, ако сте оставили похвални коментар. Поздрав из Србије браћо Руси!
![Blox Fruits Dragon Rework Update [Full Stream]](http://i.ytimg.com/vi/EqDAp8udhm0/mqdefault.jpg)
Tokarka przystosowana do pracy jako frezarka pozioma. Tego jeszcze nie grali. Szacun. Polak potrafi !!! 👍👌
Dawno dawno temu..:) firma z Anglii która zowie się Myford wprowadziła milling attachments do swoich tokarek ml7 i super 7. Do dzisiaj są na wyspach powszechnie używane. A tutaj nasz rodak radzi sobie sam🙂 tak przy okazji to super kanał..pozdrawiam!
شكرا ياصديقي انا من اليمن ومهتم جدا بالتصاميم الهندسية، هذه المخرطة حتي يومنا هذا، ليس لها حدود ،مجالها واسع جدا وهي ساحة كبيرة للاذكياء فقط، اعجبتني فكرتك في بساطتها رغم انني بالامس شاهدت فيديو مماثل لمحترف ياباني swap lamp لكن طريقته كانت معقدة ودقيقة بنفس الوقت وتحتاج الي معدات اخري لكن طريقتك مبسطة، تهانينا ياصديقي عمل موفق🎉❤
Приятно смотреть когда человек работает руками, а не языком! Привет из Сибири!
Very well done. It never hurts to have back up plans. This takes a win for blurring the lines between mill and lathe, it's all just spinning and cutting when it comes down to it. You can spin a cutter much easier than a 50 pound something, so this makes perfect sense for those with no mill to be able to mill!!
This is a very timely video. My brother and I were just talking about wishing we had a small milling machine. He does have a lathe. Now it's possible to have both,
with this adapter head attachment.
Thanks you for the clear instructions.
Brilliant! You have given hope to so many people who can't afford a milling machine, but could emulate what you have worked out and achieved! thank you!
Somebody get this man a milling machine and microphone. Amazing video. Ingenious work. Thank you I really enjoyed it.
All of your diy jigs / tools are always so well engineered.
I've been watching you since you were making your own drill powered lathes in a small garage and I thought, wait till this guy builds up his tools / shop and he'll be the #1 diy jigs /tool guy on RUclips.
Keep it up brother, we need your ingenuity. God bless
lathe to milling machine, it feels so real. great hack for those who can't afford a lot of expensive machines.
Like always top quality build! Thanks for posting, this definitely could help someone out that only has a lathe and needs a way to mill stuff, the fact you make most of the part on the lathe it great! Thanks for posting 🙂
If only I was at your home town,I would have given my a month labour hours for free to help you in any way its possible. Thank you is an umder statement for helping humanity.
Same
I cant believe how clean his lathe is! Great job
Существует вид станка демонстрационный и рабочий, но рабочий не означает грязный...
His bandsaw is a different matter
Wow! The world needs more people like you. Well done mate!
Молодец мужик, идея хорошая, поддерживаю тебя. Привет вам большой из Смоленска и Смоленской области )
Я сам такое проходил. Эта полумера! Даже самый простенький фрезер будет в разы лутьше.
Привет Смоленск и Смоленская область!
Thanks!
EXCELLENT INFORMATION FOR THOSE OF US WHO CAN IMPROVISE AND CONCUR MOST ANYTHING. YOU ARE A VAULT OF KNOWLEDGE, WE THANK YOU.!!
Wiedereinmal ein kleines Meisterwerk aus Polen! Glückwunsch
40 years i been here in you tube i never seen like this ,,,,, is very SMART and BRIGHT idea
I always love to see your works, it's very rare to see something done without possibility to improve it, because it is perfect born.
I always love to see your works it's very to see something done without possiblbility to improve
It because it is perfect born
1:33 Working the Chuck with a Power Drill...such a great Idea!!! Thanks for the good video...keep on turning...
Nicely done. It allows some milling at angles that would be difficult any other way. The vibration is from the overhang, just inherent in using the carriage that way. If you could get the center of cutting forces closer to the center of the cross slide it would (probably) reduce the vibrations.
😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊
It's nice for playing but not much worth for industrial machining
Красава, отличное приспособление, превратившее станок в токарно-фрезерный, успехов в начинании новых идей.
Ай красава! Хорош:) Мужики, привет с Поволжья!
Привет с Самарской области!
Thanks... digging in to start a similar lathe-milling conversion project... All the recent noise that I'm reading about vibration/chatter with similar solutions is bursting my bubble! I'll be trying to eliminate as many sources as possible in the process. DUNNO! Time will tell!
every lathe owner should have one of these and a toolpost grinder . that's another great and super useful homebuilder machinist project
Gerday again, watching making lathe milling attachment, reminded me, when I saw you cutting a slice from what looked like 5 or 6 inch stock, I watched a CAT vid where they were fixing old worn pins. They were huge. The excervator bucket pins were bigger than the D9 ripper pins, actually wasnt CAT but never mind, they removed the plates that located and secured the CAT pins, got new steel stock & welded on the old plates. The huge excervator pins were also made from new stock so I figured they would weld up & lathe down the old pins then reharden later. But no, they simply dumped them in the trash. I'm sure they would have been recycle bins but they looked like trash bins. All the machine shops I've dealt with have caged bins out back but never even close to looking like trash. If this is the case it would be worthwile any home machinist go to Hasting Dearing and do a bit of dumpster diving. Even if you had to pay a real machine shop to lathe the 60 to 70 thou high tensile hardness finish from the rods then keep it at home for that rare job, like building a new lathe or parts. After all they say that a lathe is the only machine that can build itself. However after watching one of those new huge 5 axis C&C Machine behind glass doors, it also (I think) could also make itself as well as improvements, provided you are a good programer operator. Anyway just a thought. Peace out. Wayne
Very well implemented, Good Job👍👍
Steel tends to vibrate easily, so machine beds are made of cast iron to absorb the vibrations. You could fill the connecting tube with sand that might catch some Vinbration. Or you try to make the construction a bit stiffer with some extra steel.
A better solution would be to fill it with concrete. I did that for my drill press and it works much better
👋👋👋👍👍
This is awesome. How could 30 people dislike this? Probaby jealous of your skill 😄.
@Ken Fullman Probably :-)
Nawet nie wpadłbym na to, że da się na konwencji frezować. Wielki szacun dla Ciebie!
Partik
This is a great video, and the work well done, more important in this video, you answering the big question mark for people like me, a very beginner on this field, understanding the unavoidable vibrations due to the complexity of the moving table, again limited on the vertical stroke, and the all design not practical for minute "V" slots etc... Thank you for this.
You have amazing skills and imaginations
This appears to be a well made attachment for your lathe. It seems to be satisfactory for the need you have at the time. I agree that a full milling machine would be nice, but it I more expensive. Well done and thank you for your video. From Salem, Oregon USA
This is the best video i saw on RUclips 👍
I prepared something similar for my mini lathe. I chose a bed in which both job holders could move up and down, instead of having the bottom one fixed. It's a bit more flexible for my setup.
It works wonders.
Excellent project. To produce such a video takes skill and time. The clarity of the video and process is excellent.
Two observations if I may for viewers watching this video to learn machining operations.
1. Only use a three jaw chuck to hold machined concentric surfaces only! Holding un-machined surfaces ruins the accuracy of the 3 jaw chucks scroll or the back of the jaws scroll. If you have two 3 jaw chucks then paint one a colour for general holding.
2. Welding on a precision machine is not recommended as you can introduce arcing within the precision ball/roller bearings. Having said that you did the right thing in protecting the lathe and had the earth clamp right next to where you are striking the arc.
This in no way a criticism as I admire you ingenuity and flair to get the job done. That's why I enjoy your videos.
Cheers from down under
Amf1
Milling is not possible on lathe go to milling machine.....as some, lathe people say .. however you made it so simple... with your creative application.. very nice ... keep it up. god bless you bro..
Wyszło świetnie! Choć sam pracuję w drewnie, to uwielbiam oglądać jak Ty pracujesz w metalu! Szacun! :)
All this time i was dreaming of having a vertical.mill amd a lathe. But watching this, and the economy, i change my mind😁👍
⁹099⁰00⁹000⁰90099000900⁰⁹0⁹ⁿ0
I think you can mill on a lathe plenty good enough to do the things you do. Sure help you out making slots and key ways. Dam sure better than the way you've been having to do it. Nice job!!
Interesting execution of the desired result. I think your comments say it all. When it comes to engineering, which bench tool work is, then one needs to get the fit-for-purpose tool. But as always, your ingenuity and ability make it compulsory viewing. Thanks.
Полякам привет с сибири.
Я смотрю , этот мудак не ставит лайк под комментами на русском.
@@antonio_xyivam не той мы национальности для него что бы лайки нам ставить. Но нам поебантус. 😄👍
Привет с Ярославля
@@Евгений76-п9у во так нормально, у нас тут свой чат.
Да зажралися там)
And there you go! Now you have a mill!
This is the second time I've watched this video. Worth watching again. Nice build, man!
Классный ты мастер. Лайк из России!
BOOM wow I've seen people doing this well the same idea and it worked well very well but your making art as well looks and works extremely well so Proud of you Son thumbs up my friend wow
Excellent work and excellent videos, very explicit. Congratulations friend, greetings from Argentina
Давно уже сделал такой перпендикулярный стол для фрезеровки для 1К62.
Bel lavoro, ottima idea. 👍🏻👍🏻👍🏻
Un saluto dall'Italia.
🇮🇹🖐️
Good job 👍👍👍
You right very good worker
Thank you Sir from 🇺🇸.
I always look forward to learning from your videos. Thank you.
You're tha man!! Incredible ingenuity and skill !! Give you a 10!!
👍токарный станок универсальный до бесконечности!!
Amazing skills.
Impressive!
Nice one 👍! Thinking of buying one but now you shown me a better way to make one (or attempt to)
Big thumbs 👍👍👍👍👍
Вставлять кулачки с помощью шуруповерта-это бомба. Желаю удачи.
Объясните, этого делать нельзя? Я не токарь.
@@man_craft5947 делать можно. Просто неожиданно. Бывает лень долго крутить , а здесь шуруповертом. Круто. Желаю удачи.
Excelente!! Saludos desde Uruguay ☺️
Just need some ballasts to counteract the vibrations, great build as always 👍
Well that was different. I have many many years of manual machining. I was trying to figure out where you were going with this and didn’t know till close to the end. That’s really thinking outside the box! Nice job!
Exelent project, a handy tool to have in a small shop that could handle one of those trickie little milling jobs without a Bpt like mine.
Good job
Gerday mate, wow, youve got me hooked, Im an addict for machining. Thanks again for everything. Peace out. Wayne
I think that if you shortened the stud coming out of the y axis housing and only used one plate to secure the vise it would be a lot more balanced, which may reduce vibration. Another issue is that the whole weight of the assembly is held in place by the two bolts designed to hold just the top slide. Making a stronger mounting system would also help, likely a lot more than just lightening the front end.
Cool Video! Tuning on a Milling-Machine works too! 👍
Super, dobra robota jak zawsze. Pozdrawiam
As I am a one his study was formling cutting machines in 1971up1976 that is so good just like Head milling machine......so cleaver work .
انا كا فنى آلات تشكيل وقطع اعتبر ذلك يشبه رأس الفريزة وهو عمل ممتاز .
Amazing! Keep up the good work!
Przy toczeniu widziałem taki numer: Ustawiasz sobie GOTOWY wymiar na suwmiarce elektronicznej i wciskasz (0). Potem przy dochodzeniu do danej średnicy Mierzysz tą suwmiarką i masz wyświetloną jeszcze ilość do zebrania materiału. np zostało 1,16mm/ Dzielisz na 2 i Wiesz ile masz DOKŁADNIE ustawić do zebrania. Próbowałem i bardzo to przyspiesza liczenie zwłaszcza, że często są to jakieś dziwne wymiary typu: 78,59mm. Polecam spróbować 🙂
Fajny sposób, dzięki :)
Parabéns pelo maravilhoso trabalho ,vossas explicações foram de grande sabedoria, sou de contagem mg Brasil .
great build...I have a 100 yr old cone head drive Crawford...this will be a good attachment for it
You're a smart man indeed Mr Made.
Sensacional, um show!
Há tempos que eu venho tentando projetar um dispositivo desse tipo, vou copiar do seu,
Obrigado por compartilhar suas experiências e sabedorias, você é um grande profissional, um grande professor, parabéns!!!
Still wish you would show us the product in the begining. Great bit of kit.
This is why I skip his vids
@@janeblogs324 I don't skip them but am guilty at skipping to the end aha
""is milling on a lathe possible"...?
You can do owt on a lathe with the right tooling and attachments...🇬🇧👍
Machines do not know the difference as long as the tooling and supports hold and enough motor you can do whatever you want. Just watch your fingers, keep them clear. In a full-face helmet doesn't hurt either
Yes it’s possible, I have done key way slots in shaft this way, after all the lathe is like a milling machine on it’s back
.
Yes you can mill on a lathe... however its awful...
The Mother of all machines!
Yes, you can mill in a lathe. The tool goes in the chuck. The work is mounted, where the toolpost is.
South Bend or Clausing maybe both made a very similar device for use on their machines.
A well executed project, my compliments.
Great video! I love the quality of your work and your ingenuity.
Muy creativo exelente herramienta y muy funcional mi aprecio para usted 💪💪💪💪💪💪💪👍👍👍👍👍👍🙏🙏🙏🙏🙏
Гений! Респект! 👏👏👏👏
Génial, good !! Maintenant la même chose avec la possibilité d'installer un autre mandrin 3 ou 4 mors ! En tout cas cette configuration ouvre à de nombreuses possibilités, yes !
De formation, je suis tourneur sur métaux, j'ai adoré cette formation, très doué à l'époque... Mais pas du tout disposé à travailler dans le monde industriel. Après avoir bourlingué pendant de longues années, depuis quelques mois, je m'intéresse à nouveau à "la chose"... Enfin, l'idée est de réaliser du Custom....
Good, good, very good, thank you.
Very cool gonna make myself one
The same here bro
Una idea buenísima. Para copiar. Gracias por compartir. Saludos desde Chaco, Argentina
Damn fine work there son.
I think - you sir are the master of your own inventions. Yes ~ milling IS possible on a lathe. You proved it. Sweet add on to your lathe.
Grande, sei sempre il numero uno per inventiva e precisione nel modo di lavorare!! Grande
I enjoyed watching your hard work videos which carries subtitles. I wish other would add subtitles. You the world waited for. Thanks.
I'm watching this video, looking at my mill, thinking, damn i need that lathe!
A mill w/o a lathe is hell... and a lathe w/o a mill is hell!!
Nice band aid, but a mill is in your future, as a lathe is in mine...
JERSDUNZ not quite a bandaid . those are great for tiny fragile projects a big mill can easily destroy..plastic stock and very small things youd never manage in a Bridgeport for example
@@agoogleaccount2861 I assure you, that anything and i mean anything, you could do in this manner could be done better/faster on a purpose built machine, with a higher degree of accuracy.. my comment holds no ill intent, it's just reality. Ive had a mill for 2 years without a lathe and it has sucked the life out of lots of could have done situations.. i just got a small lathe to go with my small mill. Im already dissatisfied with the lack of capability and i haven't had it 3 months...lol just reality.
JERSDUNZ yes it could ..if the expense and space used for a seperate machine is worth it ..but often it isnt ..
The humble lathe the only tool that can replicate itself
Just found your channel, instantly subscribed. Great work, you could even mount a small rotary table on it to do the curved slots in the one you make for me......Dave
Great job my man,you're an inspiration to us who to join the industry and we do not know where to begin from,more days in your life
Perfeito, parabéns!
Top quality workmanship. 👍👍
Красавчик!!!! Привет с кубани
I've done quite a bit of milling on my lathe, which is smaller than yours, and it works just fine. I suspect the reason you have chatter is because you are taking cuts well beyond the left end of the saddle, which causes the right side of the saddle to lift. Ideally you position the vise so that the cut happens above the middle of the cross slide; this way no cutting forces should cause the saddle to lift on either end.
Genialne jak z tokarki zrobić frezarkę. Dwie maszyny w jednej, takie rzeczy tylko w Polsce.
Wow great job👍👍👍👍 hello from. North cyprus
Спасибо за интересное видео👍🏼,от нас лайк❤️
Пољаци не љубе Русе. Нисте добили "лајк" од њега. Он мрзи руски алфабет. Што није професионално од њега, ако сте оставили похвални коментар. Поздрав из Србије браћо Руси!
@@SERB_Milan Братьям сербам привет и благодарность . А на поляков нам посрать .
@@SERB_Milan Ne pricaj gluposti brate.Pozdrav ot Poljaka
Dude you are so young and yet so skillful. Congrats and thanks for the video.
Polak potraffii 👏👏👏👏👏👏
ale jakiś taki mało polski
If you slap a collet chuck on your lathe, you can get even better rigidity and can mill better on your lathe using the method you've used here!
I made a similar Jack/clamp for my mill last week. It works so goddamn well that I’m making a bigger one this weekend!
Excellent modification, and very well done. I think the vibration maybe from the carriage slide gib clearence.
Thanks for sharing.
Another great one 👍👏
Now, time for a live tool attachment! 😜 Would have been very helpful to cut the arc slots in the round plate.
Ha 😂😛
Muy buena idea y muy bien realizado , muchas gracias por compartir , un saludo Maestro ! ! ! .