Nicely done with a minimum of high accuracy tooling, good "seat of the pants engineering", something I've seen used around the world "to get things done" as needed. Thanks!
Great video, i made a similar cutter to remake the top piece of an existing dovetail slide. The part I don't understand is how you accurately grind the cutter angle so the part being made would fit any manufactured dovetail rail. I'm remaking a carraige for an existing male dovetail rail and found out it needs to be a lot more accurate than a lathe compound rest can provide. I'm out less than a 1/4 degree and trying to achieve final fit by hand scraping was an exercise in frustration. I ended up spending the $80 on a carbide dovetail cutter to keep myself from going crazy.
Thanks friend for asking, yes it is a bit difficult to achieve the perfect angle, in this case 60 degrees. but I advise you to help yourself with a used cutter that has 60 degrees and use a face gauge to achieve the exact angle, and you can do it very well. thank you
@@markrainford1219 Kind of true, but since you might have to regrind the tool during the job, there is some possibility / room for not so good fit. I expect there are dovetail cutters with changeable cutting tips these days?! That's the way to go unless you have a proper tool grinder - which extremely few hobbyists do.
Great video, everything came out well. Thanks for the close up shots of everything. By the way, we can see the stiffness of the vertical column is a bit low, makes me wonder.
Very nice. And this would be very expensive to buy in USA if you could even find anything similar. I see that your toolbit appears to be ground with enough relief on the heel of the tool. To anybody without much experience I want you to be aware so the heel of the bit has adequate clearance. Thanks for sharing and greetings from USA!
5:40 I hear and feel vibration. Have you measured the runout and other things like bending the mill parts or its head ? Something feels like it's not sturdy enough. Or doesn't have enough weight
Gracias por comentar, si por supuesto en materiales duros golpea un poco, lo ideal seria minimo dos filos, pero asi con un solo filo no hay problema en materiales blandos. Gracias saludos
Keen job of making the tool but you didn’t dial in the angle on the cutter. The next piece you make after you hand sharpen the bit won’t make a part that will fit any previous parts.
Thanks for commenting, yes of course when sharpening you can lose the angle a little but the idea is to maintain it as much as possible, and then use a new dovetail cutter. Thank you
not bad, but it should also have an edge on the bottom side or at least be completely flush with the holder, otherwise the tool will always end up rubbing the piece you are cutting
Thanks, good question, but it was manufactured conical, so that when you continue removing material, the conicity or inclination of the piece to be manufactured will of course follow. Thanks greetings
Nicely done with a minimum of high accuracy tooling, good "seat of the pants engineering", something I've seen used around the world "to get things done" as needed. Thanks!
Thanks friend for that comment really use basic tool. Thank you
Just what I was looking for. Thanks for taking the time to upload this excellent project.
Regards, Doc from Australia.
@@doc1701 ok, thanks yo for comment
Great video, i made a similar cutter to remake the top piece of an existing dovetail slide. The part I don't understand is how you accurately grind the cutter angle so the part being made would fit any manufactured dovetail rail. I'm remaking a carraige for an existing male dovetail rail and found out it needs to be a lot more accurate than a lathe compound rest can provide. I'm out less than a 1/4 degree and trying to achieve final fit by hand scraping was an exercise in frustration. I ended up spending the $80 on a carbide dovetail cutter to keep myself from going crazy.
Thanks friend for asking, yes it is a bit difficult to achieve the perfect angle, in this case 60 degrees. but I advise you to help yourself with a used cutter that has 60 degrees and use a face gauge to achieve the exact angle, and you can do it very well.
thank you
For your purposes buying was the best option. If you are making the male and female parts with the same cutter, then the angle isn't important.
@@markrainford1219 Kind of true, but since you might have to regrind the tool during the job, there is some possibility / room for not so good fit. I expect there are dovetail cutters with changeable cutting tips these days?! That's the way to go unless you have a proper tool grinder - which extremely few hobbyists do.
@@andersgrassman6583a lot can be accomplished with a bench top grinder and a proper jig.
Great video, everything came out well.
Thanks for the close up shots of everything.
By the way, we can see the stiffness of the vertical column is a bit low, makes me wonder.
Thanks, I think the rigidity of the column is acceptable, therefore you can make one without a problem
Very nice. And this would be very expensive to buy in USA if you could even find anything similar. I see that your toolbit appears to be ground with enough relief on the heel of the tool. To anybody without much experience I want you to be aware so the heel of the bit has adequate clearance. Thanks for sharing and greetings from USA!
Thanks for commenting, if indeed a very small space was left on the heel in order to displace the chip, it is 0.4 mm. Thank you
A VERY USEFUL CUTTER. AND IT'S HOMEMADE, TOO!
Thank you for comment
Ferramenta eficiente, simples e de baixo custo.
Gracias amigo, si sencilla y eficiente
Hola muy bueno el video.
El torno lo hiciste tambien?
Saludos desde Argentina
Gracias por preguntar, no, el torno es un emco compact 5. Saludos
Your idea is brilliant and also how it was done. Congratulations. It was just the tool I needed. Thanks so much for sharing.
Ok thank you for sharing
Браво маэстро! Супер!
Спасибо, мой друг, за твой комментарий
excellent design and looks to work great. Thanks for sharing your knowledge with others, very helpful!!
Hello, thanks for commenting, that appreciation is valuable.
Good job mr. I will make this tool to. Thankyou for sharing
Thank you for sharing
My project in my second chanel " andrianto blitar " Mr
Muchas gracias maestro por brindarnos sus conocimientos 👍
Gracias amigo por comentar cualquier inquietud bien puede preguntar. Saludos
5:40
I hear and feel vibration.
Have you measured the runout and other things like bending the mill parts or its head ?
Something feels like it's not sturdy enough. Or doesn't have enough weight
thanks for comment. It may be that since it is only a burin then it generates a slight tapping when touching the material, otherwise it is fine.
¡Buen trabajo y buen idea alomejor voy a hacer uno manana!
Gracias amigo por comentar, claro buena suerte en su fabricacion. Saludos
Excelente idea!!! Si duda la copiaré, los cortadores son muy caros y se parten fácilmente, saludos desde México maestro.
gracias por comentar, claro que es una buena idea y se puede hacer de cualquier medida.
Gracias desde Colombia
Esa herramienta golpea demasiado, lo ideal que tenga varios filos😊
Gracias por comentar, si por supuesto en materiales duros golpea un poco, lo ideal seria minimo dos filos, pero asi con un solo filo no hay problema en materiales blandos. Gracias saludos
Bravo Turkey İzmir selâm 👍
ok thankyou for sharing
вещь пригодная в применении , но надо снять резец и нижний торец проточить на 2 мм и все будет окей, привет из СИБИРИ.лайк и уважуха неугамонным людям
Excelente amigo. Gracias por compartir
Gracias amigo por compartir
Классно получилось!
А если использовать треугольные сменные пластины 16мм? 🤔
Спасибо за вопрос, конечно можно использовать треугольные вставки и они дают отличные результаты.
Фрасиас
świetna robota 👍👍
Thank you for sharing
Show de bola mesmo hein laik grande tmjs
ok thank you
Keen job of making the tool but you didn’t dial in the angle on the cutter. The next piece you make after you hand sharpen the bit won’t make a part that will fit any previous parts.
Thanks for commenting, yes of course when sharpening you can lose the angle a little but the idea is to maintain it as much as possible, and then use a new dovetail cutter. Thank you
hi, please can any one tell me the type of jaw chuck initially used on the clip
Thanks for commenting, initially an ER 25 collet chuck was used and then to finish on the milling machine an ER 32 collet chuck was used. Thank you
Good work
Thank you my friend
Nice video, thanks :)
Ok thank you for sharing
not bad, but it should also have an edge on the bottom side or at least be completely flush with the holder, otherwise the tool will always end up rubbing the piece you are cutting
the tool protrudes 0.5 mm so that it can do the work on the part without touching the tool holder. thanks for the observation. Greetings
Excellent 👍
gracias por comentar
Nice post
ok thank you
Good job 👍
Ok thank you for sharing
Super pomysł 👍👍👍👏🇵🇱
Gracias amigo. Saludos
At 1:55 you use a center ruler tool.
How is it called and where did you get it from?
Thank you for asking, when you buy a universal square, it includes the square for centers. Thank you
@@franciscomurciaprojects2327 Thanks, didn't know it existed.
Nice design
Ok Thank you for sharing
Muito bom 👍👍👍
thank you for sharing
Muito bom.
thank you for your comment
Thankyou ❤
Thank you my friend
Excelente
Gracias por comentar. Saludos
Menarik
Thank you for sharing
Для цветных металлов вполне пригодная штуковина! Хотя...
Thank you
Pasen las medidas
👍👍😎
Thank you for sharing
so why did you make a conic tool if you could simply rotate the insert 45 or 60 degree? waste of time
Thanks, good question, but it was manufactured conical, so that when you continue removing material, the conicity or inclination of the piece to be manufactured will of course follow.
Thanks greetings
Барахло. Точность как на глаз ножовкой.
thank you for sharing