Machining a Metal Scriber w/ Carbide Tip
HTML-код
- Опубликовано: 5 окт 2024
- ►Subscribe! bit.ly/2m1d1y7
►T-shirts & Hoodies! bit.ly/2kABytm
It could have been much simpler, but I guess you know me XD
Carbide End Mill Bits: goo.gl/8jHsZa
(10% OFF Coupon: Elec)
PCB CNC Drill Bits: goo.gl/iHvaFx
(10% OFF Coupon: Elec)
Support my videos!: / johnnyq90
Subscribe to my channel! / johnnyq90
Follow me on Google+ plus.google.co...
Follow me on Twitter! / johnnyq90
Songs:
Racing Hearts 1 - Martin Landh
Coast 2 Coast - Emil Axelsson
There are so many machining channels on RUclips these days, and when this video kept popping up in my recommendations I kept ignoring it... until now. I'm really glad I watched it. Your style and the production of your videos is just awesome. It provides a really enjoyable way to watch you build your projects. Thank you for this!
This is the kind of stuff I subscribe for, seeing this project makes me want to have little metal lathe so much more now. This is awesome.
Your videos are super relaxing to me.
Love it.
I build many tools and get great satisfaction when they can be used to make or build other machine parts. I appreciate the metal scribe you made and your sharing of this project. Thank you very much.
0:32 That's the most satisfying thing I've ever seen.
I like the holes you drilled in the side. That right there is a good idea, I'm always looking for different grip ideas.
We are always amazed, this is really a great presentation for the making of your own scribe, no voice videos might be the best thing to come along, but I live to talk so we will stay with the verbal sharing thing. Best part to these two desert dwellers is the utilizing the broken carbide end-mill and re-commissioning it into the scribe itself, great use of otherwise useless broken carbide end-mill.
That is the *tiniest* boring bar I've ever seen, I'm subbing just for that
good job. I did a similar one but i used a 1/8" TIG tungsten electrode i had no use for. I used 2 ring neodymium magnets embedded in the body around the electrode and cap so the cap would stay in place magnetically
I absolutely love all your videos! Appreciate it man!
Cool
I love the 1980's montage music. It got me all pumped up! 😂
Nice, the re-purposing of an old drill end
So beautiful to just watch and relax.
"Your the best around. Nobodies gonna bring you down!". Your the best.....
Karate kid theme!
Amazing. I’d buy this
Nice! The carbide tip was a great way to go - should last forever!
The synthwave music in the background is just perfect.
Oh my god I've got to get a freaking lathe.
I guess most people get them used?
Amazing content!
Thx so much
immediately suscribed. a lovely tool, congratulations! (and nice music)
That's a neat little scribe!
Great idea and the carbide is awesome!
Great videoing. Nicely done. 👍
Johnny, what do you do with all the metal shavings generated from lathe work?
Also, perfectly machined scribe, love it :)
Freaking love this stuff. Could watch it all day.
That looks amazing.
You made à marvelous Scriber, design very beautiful , exactly as i like. Please, excuse my formulation, i'm french and just speak a school english, but in any case congratulations.
Your english is better than most people who speak english.
That little boring bar made me laugh with delight!
This is art,no industry.
this isn't this old tony. how did I get here? 😁 subbed
any specific reason for the copper/brass/aluminium structure? or was that just to make it look cool?
It is obviously for the looks, but it also makes it nose heavy, which is more comfortable (at least for me) to handle.
Ty Rose whittle for asking that.
Damn, I love your work!
Do keep in mind, scratching aluminium to mark holes etc. Does weaken the metal alot, I've learned to only use scratch pens on seel.
Little question, are you a metal worker by trait or just a hobbyist?
WOW! That is stunning. Well done!
Best. Music. Ever.
If you want to improve the grinding of the endmill lower the rpm on the lathe and lower the feed on the grinding tool and start the last pass from behind so you end at the point
WOW, great build, thanks for sharing...
very nice job.
1:58 Cute little boring bar!!!!
So cute
Braian Singh why such a small boring bar and not just a drill bit I don't get it?
Andrew Waters you can achieve a better tolerance with a boring bar much like a reamer
And a better finish. A drill always leaves grooves.
a boring bar also leaves grooves, but smaller ones
drills doesn't always leave grooves. its really dependent on the machine, drill and coolant. The best reason for using a boring bar here is precision. drills do not tend to leave a hole spot on the 0.01mm (even tho they can depending on the equipment)
Perfect tool meet perfect man loved your respect for your work🙏
Great Work!!! The Grinding of the Tungsten Carbide Was Quicker Than I Thought :-)))
now this is perfection!
@JohnnyQ90 What are you doing with all of the metal shavings? Could you recycle them by melting them in a homemade furnace and make a video of it? Would be pretty cool to see.
Хорошая идея использовать обломок твердосплавной фрезы. Воспользуюсь! :)
That’s beautiful!
I love this music
I'd be soooo happy if I could have a lathe
You and me both. One day. One day.
Bro that music is wicked! 👍
looks amazing
I need this!
Nice! I do carbide grinding for my job and that stuff is pretty crazy, its so strong but brittle and heavy too. Do you know what percentage of cobalt the tip you used is by any chance?
Awesome work ! What is the green glue you often use ?
Beautiful work !!
very good job, incredible !!!
Nice idea.
great project well done, for now I have been putting some tungsten rod in an old drafting mechanical pencil and work ok. not pretty like yours though and I can't take credit for making anything.
Gracias felicitaciones y siempre adelante
Quetion...... the plate behind the chuck.. What is it???? looks great awesome video....
Nice to hear some Synthwave
to make it more accurate, cut more of a slope from the point backwards..think of the thickness of your straightedge
Hi Johnny, that is some great lathe work! What model lathe is that?
If you want the point to flush with the square you should flatten one side sorta like you would flatten a chisel.
please create an axial turbine larger than the last one I love your videos I do not miss any you do everything very perfect
I see what he did there "sub"-"scribe". Good one.
Good job. I would just take that car bite tip and put it in the pen...job done.
Awsome job.
Should have made a cap for it or something so that when it rolls of a table it does not break the carbide tip
Very nice work! Looks beautiful! Simpler would not looked that nice ;)
Nice job.
Best machinist ever!!!
Johnny next time working on a lathe with brass. Make the rake angle of your chisel 0. Works good on brass plus beter surface finish. Nice video's keep it up!
Thanks!
I always find different techniques interesting however i just had to ask why you went with an interference fit using lok tight for everything but the carbide instead of simply tapping each hole and using a die on each rod? Mechanically I've always had better luck with something solidly threaded into place and then using either blue or red lok tight then an interference fit.
You should try to run a Stirling engine in reverse and see if it cools down at all.
作っているのは「罫書き針」という鉄に線を描いたりするための工具です！
Great job
EXCELLENT NICE JOB
I've made a Scriber before, Except I only used Aluminum for the body.
Yours beats mine by a longshot.
Superb machining skills. Congrats! Really enjoy your videos. (BTW: Lathe make and model please?)
Would it be possible for you to make drawings for it? I'd be interested in making one myself.
2:51 first rule of turning - never touch the rotating part directly.
My teacher showed us some really nasty images..
U just gotta be smart with it, and I'm this case, you'd have to be dumb to mess that up IMO 🤷♂️
Serious question. At 1:25 .. I was surprised to see that a spot drill will shift. Is it because maybe it was not centered to the middle of the spinning axis? And is it still centered after this happens?
Mine does that too. I think it's all about me having a small 9x20 lathe, with a fairly anemic tailstock. I believe that the center drill finds its own center. If it is a tiny bit off, it will act like a mini boring bar, digging a centered divot, and settling into its own divot. At least that's what I keep telling myself.
I have seen that too. I agree with Tad. It centers itself. There would be play in the tailstock and even the taper chuck holding the center drill.
It does that because of he already did that surface that he tried to spot on. Usually on raw material the “spotter” works better because it’s not relatively flat compared to if you already flattened the surface. On raw surface, it will usually be centered to the lathe. Have it flattened out before spotting and the spotter will find it’s own center. which is never in the center. not 100%z
very good work ,
What's next? Your own channel logo made from different materials?
Very good work
I love to see one made of a bullet
:)
Go Johnny go!
show us how you grind your tools.... very very sharp and elegant
Good job !
Bonita punta de trazar, buen trabajo, saludos
Nice music background. Looks like you love Synthwave style :-)
y love your videos
Nice job!!
Why do you tend to use so much metal [over sized pieces of stock] when smaller pieces nearer to the final size would cost less and waste less?
Looking beautiful..! But what is th euse of taking diffnt metals..? it seems like u opted brass and copper with steel
Ficou perfeito meu amigo, parabéns! Rio de Janeiro RJ Brasil
Translation: [Your tool] is perfect, my friend. Congratulations! Rio de Janeiro RJ Brazil
Pijgt 0
zz8
Try putting some kind of turbo or supercharger in one of your nitrous engines and maybe even on the twin engine!
You could likely make a fair chunk of extra money selling things like this. I know I would gladly pay pretty decent money for something like that.
have you been watching alec steele or was he watching you, i see you're using a collet chuck and have covered the axis... surface? with rubber
Wich lathe are you using? Would you recommend it? I would like to buy the TU2506 but i am not sure if the TU2304 would fit my needs (H0 modellbuilding, RC ships, steam engines, turning flashlights etc) better. Thanks
Great video, however I think you have a mistake, the end mill you are using are only carbide at the cutting edge, the shaft is not made of carbide, so when you cut out the carbide im pretty sure you only left a tiny bit of actual carbide. Was that your goal?
the whole thing is carbide. its extremely hard to make a mill or a drill with half being hss and the rest being carbide. the difference is usually the end is coated. you could test this if you want by cutting of the shaft of a hss mill and a carbide mill that is the same geometry and measure the weight difference.
super nice
great one !
how do you make such precise fittings ? like the hole in the brass to accept the copper and so on ? mine always are too big or too small , and when I try to reduce the diameter to get a good fitting it always becomes too small