I would like to hear some of the haters give us an example of a tool that can do so many different operations. I'm sure that after 4 years of machining I haven't seen even most tools that are available, but I think this is pretty brilliant. For something that can be made on a Bridgeport and use scrap carbide, it's versatility seems to outweigh it's inefficiency. On a limited budget or in a region without access to commercial tooling, I think this would be indispensable. Or if you had this in your toolbox for a pinch, it might save the day.
Not hating on his tool i'm all about diy but as to your comment about never seeing a tool like this, its essentially a basic version of an indexing boring head, they are very handy to have every now and then.
@@kodysherrer964 is an indexing boring head and indexing boring bar different? Can that tools be inverted in order to do an outside diameter as shown toward the end? Where I work we don't have a tool (aside from end mills) that can make a round on square stock. And in order to use an end mill to do that, you have to be able to circular interpolate...ie have a DRO on your Bridgeport or access to a CNC mill. You can use a lathe, but then you need a lathe with a four jaw chuck. And then you need to indicate a whole new setup on off the mill. I've asked this same question two times and nobody has explained why a boring head would do this.
@@somethingelse4424 they may be the same thing, usually you add your own boring bar to the indexing head, it has several places to accept tooling for what ever you may need, i've only ever used them to bore id holes this was a really out of the box use, i could probably set it up on the lathe much faster than i could find center do the same in the mill
I think you should tram your mill. Watch from 17:02-17:20. When going right to left, the cutter is contacting the stock on the backside of the sweeping tool. When moving left to right, this doesn't happen. Something is slightly out of square.
Great tool. I am curious as to why you would waste so much mill time on the first part when you could just rough cut with a band saw and then finish it in the mill.
I love running a vertical mill as much as most machinists do ... but why, after squaring the block, wouldn't you bandsaw out the unneeded area and then use the mill to clean/square the rough cut surfaced. All that unnecessary milling just puts extra ware on the cutter and wastes time.
I'm not trying to be a hater. It's a clever tool. It does appear that your mill head could use a little tramming in. Judging by how your fly cutter cut with both sides cutting to the left and not to the right. Just trying to help you out. Thanks for the video.
eu sou! meio oficial de torno. mas trabalho com fresa tam. esse ferramenta é de fundamental importância para quem trabalha com metal mecânica. Ok um forte abraço blz.
Well if you're just using it to bore, then it's less convenient than a designated boring tool... But it's also being used to face mill, "turn", and bore. And it apparently can face a surface twice it's width in one albeit very light and slow pass. After the apocalypse you are going to wish you had one, when you can't get inserts for the 10 specialized insert tools that you might need to do these operations. I think it's actually a pretty versatile and self-reliant system.
@@golf398 Boring heads can turn the OD of a material on a mill? I'm asking seriously. I've not seen many tools that aren't purchased from suppliers. Also, the apocalypse thing is of course hyperbolic. I mean there is some ideal of a tool to pursue that is perfectly universal. It's a philosophical engineering perspective that might be unrealistic, but it's an interesting thought experiment. Even if it sacrifices efficiency, there might be theoretical cases where it is good to have a single tool that can accomplish every operation. This tool isn't that ideal, but it's very simple and closer to that than what I've seen so far. Or imagine you live someplace very remote, and have access to a Bridgeport, power, but no supply chain for tooling. Let's say a recent conflict zone, and you have access to salvaged materials. A fairly universal tool that you can make yourself and maintain yourself is maybe the only way you produce anything at all.
Very clever tool! Thank you for sharing your ideas with us.
Glad you liked it!
I would like to hear some of the haters give us an example of a tool that can do so many different operations. I'm sure that after 4 years of machining I haven't seen even most tools that are available, but I think this is pretty brilliant. For something that can be made on a Bridgeport and use scrap carbide, it's versatility seems to outweigh it's inefficiency. On a limited budget or in a region without access to commercial tooling, I think this would be indispensable. Or if you had this in your toolbox for a pinch, it might save the day.
Thanks for the info
Very good points
Not hating on his tool i'm all about diy but as to your comment about never seeing a tool like this, its essentially a basic version of an indexing boring head, they are very handy to have every now and then.
@@kodysherrer964 is an indexing boring head and indexing boring bar different? Can that tools be inverted in order to do an outside diameter as shown toward the end? Where I work we don't have a tool (aside from end mills) that can make a round on square stock. And in order to use an end mill to do that, you have to be able to circular interpolate...ie have a DRO on your Bridgeport or access to a CNC mill. You can use a lathe, but then you need a lathe with a four jaw chuck. And then you need to indicate a whole new setup on off the mill. I've asked this same question two times and nobody has explained why a boring head would do this.
@@somethingelse4424 they may be the same thing, usually you add your own boring bar to the indexing head, it has several places to accept tooling for what ever you may need, i've only ever used them to bore id holes this was a really out of the box use, i could probably set it up on the lathe much faster than i could find center do the same in the mill
As a fly cutter, it's great. As an O.D. turning tool, not so much if you want precise diameters.
Dial indicator should help with that.
@@stoneomountain2390 or just... you know... getting a lathe.
@@agust8474 The lathe he used in the video would probably work, if he wasn't highlighting the mill.
@@agust8474 Or boring head....
I think you should tram your mill. Watch from 17:02-17:20. When going right to left, the cutter is contacting the stock on the backside of the sweeping tool. When moving left to right, this doesn't happen. Something is slightly out of square.
Great tool. I am curious as to why you would waste so much mill time on the first part when you could just rough cut with a band saw and then finish it in the mill.
Exactly my thought.
Yes, exactly
Briliant !!!
Thanks for sharing
Thanks a lot my friend🙏
Support channel
Keep on sharing
Sir
Glad you liked it!
Прекрасная "балеринка" получилась. Респект Мастеру.
🙏💐
Amigo, parabéns magnífico trabalho!!! ( Good Job Chow!!!) ❤️👏👏👏👏👍🥀
Fico muito feliz que tenha gostado dessa ideia
That could also be used as a boring head, Just put the tool bit on the outside. Nice build!
Cool, thanks
Que trabalho magnífico, bom trabalho!!( What good Job Chow teacher!!) ❤️🇧🇷👏👏👏👏👍🥀
Glad you like it!
Im building one tomorrow 😊 thanks for posting this!
Hope you enjoy it!🙏💐
Nice design, thanks for sharing.
Thank you! Cheers!
Thankyou for great idea, with this tool you can do excentric turning on a mill
Very true!
I am very glad that it was useful to you and thank you
amazing tool you had made
Thank you very much!
Muy bueno ,se vee que sirve la herramienta el video bien echo explicado con lo justo me encantó. Gracias maestro.
Muchísimas gracias
Ótima ideia, reduz o numero de ferramentas e o tempo de trabalho, muito bom !
obrigada
Estou tão feliz que você gostou
Very good technique skill
Thank you and I am very glad that it was useful to you
very nice tool ... excellent 😁👍
Thanks 👍
Great..! I've never seen anything like it...!💙💙💙🇧🇷
Glad you like it!
Nice tool and great demo.
Glad you enjoyed it
I love running a vertical mill as much as most machinists do ... but why, after squaring the block, wouldn't you bandsaw out the unneeded area and then use the mill to clean/square the rough cut surfaced. All that unnecessary milling just puts extra ware on the cutter and wastes time.
Excelente idéia. Parabéns
Fico muito feliz que tenha sido útil para você
Why bye it when you make it very nicely done love the versatility of your tool thanks
Thank you very much!
I'm not trying to be a hater. It's a clever tool. It does appear that your mill head could use a little tramming in. Judging by how your fly cutter cut with both sides cutting to the left and not to the right. Just trying to help you out. Thanks for the video.
thanks my friend
Great job. thanks for sharing
Thanks for watching!
I'm building myself one of those, thanks for sharing...
Good luck!
Great job mate. 🛠⚒
Glad you enjoyed it
You’ve earned my subscription. Anybody can do aluminum, but steel is real.
It makes me happy, my friend
Thank you
Wery good show
I am proud of your opinion
Thank you very much!
Awesome work. This really deserve much more views!
Thanks a lot!
Excellent!
Many thanks!🙏💐
Excelente ideia de como reaproveitar ferramentas de metal duro (vidra)
Parabéns 👏👏🇧🇷
Obrigado meu amigo e que bom que foi útil para você🙏
Du très bon travaille qui mérite d'être reconnu, bravo monsieur.👏
Merci mon ami
Je suis heureux que vous l'ayez apprécié
Excellent tool. Thank you for your video.
Glad it was helpful!
Simple tool, works very well. Looks like you need to tram your mill though.
Yes, thanks👍
Olá! Bom dia á todos vcs. Muito bom idéia genial. bacana mesmo. NOTA 10 Shows
Olá, meu amigo
Estou tão feliz que você achou essa ideia útil
eu sou! meio oficial de torno. mas trabalho com fresa tam. esse ferramenta é de fundamental importância para quem trabalha com metal mecânica. Ok um forte abraço blz.
NO ERA MAS FACIL CORTAR ESA PARTE DE LA PIEZA? luego corregir
Very fine shop-made fly cutting tool
Thanks 👍
It's gorgeous!
🙏💐
I’d love to see what is the smallest outside cut one can do with it?
Thank you for sharing
Great suggestion!
I am sure up to 0.5mm diameter can be done easily
@@Mastermind- awesome! Thank you answering my question and sharing your masterpiece!
@@roadshowautosports Thank you my friend and I am very glad that it was useful for you👍
Very clever if you only have a milling machine and not a lathe, but very inventive none the less. 👍
Glad you liked it!
Usually it's the other way around.
Excellent job 👍
Thanks for the visit
Tenks atas impor masinya ya bang
Uma ideia excelente mestre 👏🙏
Thanks for the visit my friend
nice tool
Glad you like it
Excellent tool
Glad you think so!
Bravo Turkey İzmir selâm 👍
Hi this tool is an interesting idea thanks
سپاسگزارم آقای سلیمانی عزیز
saludos desde colombia ,excelente herramienta ,,,,,
gracias mi amigo
amazing and innovative.
Glad you think so!
i thought that would be 5 mm, wow incredible.
thank you my friend
Freaking awesome!
Thank you very much!
Brilliant!!!👍
I am very glad that it was useful to you and thank you
undercuts are sadly nearly impossible with this
Looks like a manual version of the tooling used in rotary transfer machines
Nice video, thanks :)
Glad you liked it!
Отлично👍
👍👍👍👍
👍👍👍👍👍
INTERESTING
thank you so much
Muito bom valeu!!!.
再把進刀刻度完善就更好了
感謝您的關注
🔔🔔🔔👍👍👍🛠🛠🛠🛠
Glad you liked it!👍
SMART ha , to spend the time to mill out that area, try a SMART bandsaw, Bandsaw is smarter
Not very precision but versatile
Poderia fazer uma ferramenta para fazer esfera em eixo.
Externo e interno.
Tem toda razão meu amigo
Não seria mais fácil fazer em um torno?
Olá, meu amigo
Esta ferramenta será muito útil em algumas peças que não podem ser fixadas no torno
@@Mastermind- ok Deus anençoe
Pro
thank you so much
Hi engineering big techer 💐❤️❤️🙌 a few
سپاسگزارم آقای شفیعی عزیز
Uma usinagem super dez
obrigada
Que bom que gostou do vídeo
when you don't have a lathe????.....
Hmmmm, I’ll stick to my boring and facing head thanks but if you don’t have one I can see the appeal
yes it is👍
Con el plato de 4 mordaza del torno haces lo mismo
Tal vez puedas hacer formas redondas, pero no puedes hacer hipérbolas o elipses en el torno.
ทำได้ครับถ้ามีแบบและตัวเลขกำกับ
Why not just use a lathe!?
Golf work
Jakich obrotów używasz przy obróbce płaszczyzny
👍👍👍👍👍👍👍👍
W przypadku dużych średnic mniej rund, aw przypadku małych średnic więcej rund
I hear chatter, so something is wrong.
Yo yo
ขอแบบและขนาดหน่อยครับ
ฉันไม่เข้าใจที่คุณหมายถึง เพื่อนของฉัน
And what’s that supposed to be..???
Just buy a boring head.
Isn't that just a less convenient boring head?
Thank you for your attention
@@golf398 Northwest WA, or maybe AK?
@@golf398 So it goes. Good to meet you anyway. ✌️
Well if you're just using it to bore, then it's less convenient than a designated boring tool... But it's also being used to face mill, "turn", and bore. And it apparently can face a surface twice it's width in one albeit very light and slow pass. After the apocalypse you are going to wish you had one, when you can't get inserts for the 10 specialized insert tools that you might need to do these operations. I think it's actually a pretty versatile and self-reliant system.
@@golf398 Boring heads can turn the OD of a material on a mill? I'm asking seriously. I've not seen many tools that aren't purchased from suppliers. Also, the apocalypse thing is of course hyperbolic. I mean there is some ideal of a tool to pursue that is perfectly universal. It's a philosophical engineering perspective that might be unrealistic, but it's an interesting thought experiment. Even if it sacrifices efficiency, there might be theoretical cases where it is good to have a single tool that can accomplish every operation. This tool isn't that ideal, but it's very simple and closer to that than what I've seen so far.
Or imagine you live someplace very remote, and have access to a Bridgeport, power, but no supply chain for tooling. Let's say a recent conflict zone, and you have access to salvaged materials. A fairly universal tool that you can make yourself and maintain yourself is maybe the only way you produce anything at all.
What is Feed RPM
For each size of metal it must be changed
Larger dimensions should have less feed and smaller dimensions should have more feed
Why when you could do the same thing on a lathe????0
This tool will be very useful for some parts that are not clamped in the lathe.
You sometimes need to machine projections from much larger castings that are too asymmetric or out of balance to spin up in a lathe chuck or faceplate
Great tool but not very precise and that means - useless
.
Just like a boring head
thank you
¿¿¿
ohne schmierung und kühlung, i kann garnet hinsehen, aber der fräser is gut .
👍👍