Our new Jianye KM-25A Lathe is here!
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- Опубліковано 27 січ 2023
- It's here and running, this will allow us to make parts faster and we will be able to make complex shapes, harder to make manually. It will provide more options when designing parts for our stop motion animation puppets and rigs.
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Jianye KM-25A CNC lathe; www.jianyetech.cn
Syil X5 CNC milling machine; www.syil.com
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NIKON NIKKOR 28mm AIs; geni.us/dGECR
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SUPER CLAMP, Manfrotto 035; geni.us/E8DBG
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#stopmotion #diy #edupuertas - Наука та технологія
Would you like to know more about how to operate this machine? Let me know?
Yes!!
Im wondering if some of the buttons that you couldn't figure out are for editing gcode manually In the machine? you might just have to press buttons and see what it does.
Also if your learning gcode it might be worth it to learn Marcos I l have to find it but I saw a video once where someone made a macro that could cut threads and all they had to do was change 1 or 2 variables and they could make a completely different size thread and pitch
Me inspira ver gente con tanto entusiasmo, que contagia, muestran sus logros producto de tanta entrega y pasión por su quehacer; me fascina, reciban un caluroso saludo desde México. Felicidades Edu y equipo
Gracias!! de entusiasmo no nos falta, jaja. Un abrazo!
Great, it's really amazing !
Wow! This looks fantastic, congrats!
Thank you! Cheers!
Awesome. I love seeing your shop grow!
Congratulations on your new machine!
Thank you!
Nice video
Felicitaciones Edu!!! Impresionante maquina!
Gracias
Awesome!
Thanks!
Thanks from george , your E mail information was a great start for me , have fun with your new machine :)
Thanks so so much!!!! It wasn’t necessary, I am happy to help whenever I can
Oh wow, all the effort it took to get that in there, ha. Have so much fun with the new toy :D
Hey, it was hard but now it will be a party. At the end we didnt do the podcast, next month we will start building stuff for the feature film!! Its exciting! Once it is started it would be great to share the experience.
@@edupuertasfruns I would absolutely love to hear all about it!!!!
最高のマシーンですね
素晴らしい❗️そして羨ましい😊
Felicitaciones edu!!! yo ahorrando pa´ comprarte la primera armadura o alguna cosita. Saludos desde Colombia.
Gracias!! Claro, es la forma, guardar poco a poco hasta conseguirlo
Nice addition to your shop or should I say Factory, now that you are in rapid production. Big accomplishments and congratulations.
Thanks 👍 it is a nice shop, proud of it but the production will not achieve high volume any time soon, jaja
😎👍
New machine day always exciting! Why don't you just turn the ball on the end instead of silver soldering on the ball?
I’ve been turning the balls in the factory for many years and still do for all my products. I will try it in here soon, want to see what I get. For general use it is fine, for professional animators using ball and socket joints in a puppet, you feel it when the ball has 0,01mm diferences in diameter in the middle of the ball or in the edges when it meets the neck of the rod. The ball no longer slides centered. The tolerances they can get with better lathes than this one in the factory can’t beat a ball bearing precision roundness. Seems crazy, still blows my mind that numbers, as the first balls I sold were made with a form tool in a manual lathe and they were potatoes. Now that would be unacceptable for me. The option I am studing now is using press rollers after turning the balls in the factory to avoid the microimperfections. What do you think?
@@edupuertasfruns I'm not sure what you are referring to by Press Rollers? Could you be referring to roller burnishing? That could work if the material was soft enough. Are the balls hardened? As far as turning them on the lathe. It is a little bit tricky to turn a prefect Sphere. But I think with that machine and the proper program and tooling you should be able to do it. One other thing. You mentioned using Fusion to program for your mill. You can do turning programs in Fusion as well. You would just need a post for your lathe. Something to check into maybe. It looks like your machine has a C axis is that a full rotary axis or does it just position at certain angles?
@edge precision I refer to something similar to roller burnishing but out of the lathe, and a roller with the shape and dimension of the ball presses the ball. It is a custom made roller. The part during machinning is not hardened, it is 303 stainless. The machining quality control in the factory has computers that mesures variations on the sphere, I go there to check it, they use swiss lathes and some times the subspindle gives us less precise balls, don't know why, and bigger diameter of the ball near the neck. They say the tolerance I ask is impossible to keep, plus minus 0.01mm in the sphere is complicated. I tried Fusion for the lathe, there is no postprocesor for syntech lathe. Will try to contact them. Now seems more work to edit a generic postprocesor than write the code.
@@edupuertasfruns I have a Idea for you. If the Spherical form is more important then the actual diameter. This is what you can do. You could rough it out with turning tools to say .050 mm of finished size. Then in your sub spindle on your lathe setup a fly cutter (Or this could be a small boring head) at an angle such that it will finish cut on the outside of the sphere to centerline at the tip and to the shanks diameter behind the sphere. With the turning spindle running and the sub spindle with this fly cutter running feed into the roughed sphere to the finished diameter. I'm putting this link to a video ua-cam.com/video/fEoonCLTCbE/v-deo.html . This video by Robin Renzetti showing him lapping a precision sphere. Now I'm not suggesting you do this. But look at what he is using to lap with. It is basically a hole saw. So if you can set a boring head or fly cutter up to cut the diameter of your sphere and tip it at the angle so the tool just clears the shank but cuts to center at the front. With either the C axis rotating the turning spindle or the spindle just on. This will cut a prefect Sphere the diameter the tool is set for. Does that make sense? You could do this on your lathe. This will be the most precise way you could cut it. Better then your screw machine shop can. But the fly cutter has to set up on centerline and at the proper angle.
@edge precision That video is really impresive, and it makes a lot of sense, now the thing is to try to setup that boring head in a precise and rigid place. I will keep thinking on it and see if I can make it work in my machine. Thanks for your ideas!
Qhats the price of this machine?
How much was it shipped to your door?
If you don't already, I'd recommend subscribing Edge Precision - I think you'll pick up many, many tips on how to fly a CNC lathe (and mill). His stuff is at a different scale - but the gcode is the same - it just has bigger numbers 🙂 Stay safe out there.
Thanks. I’ve been following him for long time now. He masters his Mazak. All seems easy watching, hard trying, jaja
@@edupuertasfruns I thought you might be - he's probably the best resource for explaining how to CNC on the planet.
I like him and This old tony and John Grismo and NY CNC, Internet is awesome!
:)
Firest one comment 😅from saudi arabia 🇸🇦✌🏻
thanks!