Crazy 5-Axis DMG MORI DMU-50 (CNC Machining) - Vlog #25

Dude, I'm excited. We got a DMU-50, DMG Mori, third generation, showing up on a big ol' truck today, and I'm like excited. Orlando, machine! How you doing? Good. New machine? New machine, man. Look at that. Oh, man. Hey, before we get too far into it, I just wanna say this is the number one page on YouTube for CAD, CAM, and CNC education. We got our free online academy, academy.titansofcnc. So please, not only check out the academy, but if you wanna learn this trade, come hang out with me and my team on a daily basis because we're gonna teach you this trade in a way that nobody's ever taught before. So make sure you subscribe to our YouTube channel. Make sure you comment. I read every single comment down here. You can see I'm liking everything. I'm responding to a lot. That's me. Make sure you like the video. Make sure you spread the word. Because of you guys, we're gonna grow this channel and we're gonna make an impact in this great country and in this great world. Boom! Carousel, looks so good. New machine coming in. I remember when my first machines came in. Four machines came into my shop when I first built my shop. This big ol' beautiful truck coming up with all these machines and bar feeders and I'm just like, oh, it's like the most beautiful sight I ever saw in my life. And you know what? I'm excited about this machine because you guys know, like, I'm all about education now, right? We stepped away from huge aerospace contracts and huge things and saw a void in the industry where nobody was actually helping the teachers and bringing forth a curriculum that was like high-level stuff. So everybody hears about the building blocks. Well, check this out. Oh, building blocks. This is just like beginning CNC. You make all these parts. This is the Titan 1M, 1032 threads in their pockets. This is the easiest part we do and people who've never machined before, never did anything, they make this in a couple days. They design it, program it, and actually machine it and then you just go through all the different parts. Each one steps up, right? So you got key cuts, you got engraving, you got mirroring, you got internal ID key cuts right here on the slots and stuff, islands and stuff, full multi-axis, boom, boom, boom. Oh, this is beginning stuff, right? You know, two ISO grid aerospace. It's all tapered. It's got islands on the back. All these kids, they make these parts and then all their robots for robotics first. Now they're ISO grid frames. What? I'm here machining the Titan 10M and we took some of this design, like the ISO grid, and put it into our robot for practical applications such as weight reduction. Super cool. And then the rocket, like check out the rocket. You just take it apart. Oh, check this out. Like it just moves, right? And each piece is a part and you have O-ring grooves. Let me try to zoom into this guy right here. And it's got like little O-rings and stuff right there. See it, oh. This is our rocket and this is just beginning lathe and we have tutorials on how to actually machine this and now the teachers for free, we give them the curriculum and they basically teach the kids because it's video based and they learn at the same time how to make this rocket, right? But why am I talking about our easiest curriculum, the building blocks and the rocket, when we have the chess board for live tooling and we have the fixturing series and we have all these other things, right? Why am I talking about it right now when I've got a big old DMG mooring? Because of this, check this out. See this part right here? This is just like one of the average parts right here for our curriculum. Because my whole thing here is like saying, look, three axis is almost obsolete, right? We're training and spending years to get to three axis in a lot of cases and that's almost obsolete. So I'm gonna come in here and we're gonna teach you three axis and lathes. We're gonna teach you quickly and we're gonna learn through repetition so you learn by actually creating parts so you get it. You're gonna learn inspection, you're gonna learn how to set up the machines and you're gonna do it over and over and over and over so you hit that button a million times so you become efficient and comfortable, right? Because in the real world, that's not what makes you money, right? This kind of stuff makes you money and if you can do this and you can hit those tents, then you can do medical and automotive and you basically do everything, right? So check this out. The new building blocks, oh, oh, check this out. The prints have changed. Now we're calling out datums and true positioning and tents. What? Now the prints are changing, right? These are like actual prints like you see from these aerospace companies and stuff, right? So like, boom, look at that. This is building blocks. These are building blocks. Let me zoom in. This is part of our building blocks. It's still three axis but now we're actually dealing with aerospace, true positioning, just all of it, coming off of datums, keeping tight tolerances. How do you actually let the material move, relax it and then kiss it into tolerance, right? This is the stuff we're teaching now. So this is the second generation building blocks, still three axis. Check that out. Oh man, see this part right here? My son Tyson is actually running this part, making tutorials right now, getting ready on the NLX 2500. We're gonna go over speeds and feeds, what they do and how to program them. This is building blocks, right? So it's just basic machining, but it's on a high level. And then this one we're actually doing out of Inconel 625, okay? So that we can teach not only the beginning stuff but we're gonna easily teach the complicated stuff. We're gonna show you how to multi-axis surface, how to take the material off. We're gonna show you the craziest materials, right? We're gonna explain like, you know, the differences between steel, stainless, titanium and in Inconel, the nickel content, right? We're gonna show you what you need to know to excel on the highest level, like Monel. How many of you guys know what Monel is? Monel actually has a higher nickel content than Inconel. So everybody's like, oh, Inconel 625, well, 718 is, oh, and hardened 718 is harder and this and that. Like hardened Monel is no joke, right? Because now you got like more nickel than actual Inconel and then you add abrasive copper into the mix and stuff. So we're gonna show you the toughest stuff. We're gonna make it easy. And we're gonna show you that in education, our kids are brilliant, the machines are brilliant, the tools are brilliant. Everything is on a high level and you guys can get it easily if you have the right teacher, the right academy and the academy is a cookbook, right? We'll give you the right ingredients and then our videos, they teach you how to design each part, how to program each part and how to machine each part, how to do everything. Our videos are basically teaching you how to cook in CNC machining, cooking with Team Titan, oh. So the DMU is here simply for you because we're gonna teach you high level CNC machining. Nobody's ever taught this stuff. I'm gonna give it to you for free from the lower building blocks all the way to the highest level. Therefore, I need machines that don't have any horsepower, that have horsepower, that have speed, that are gear driven. I also need like crazy lathes with crazy live tooling and then I need like an awesome five axes. I got famous like just putting out videos of 800 inches a minute and stuff and in the corners it wasn't quite 800, right? And different things, but like just showing people, man, you can do amazing things with these machines. But this DMU-50, dude, it's not 800 inches a minute. It's 1600 inches a minute. But how could you ever run at 1600 inches a minute? We're gonna show you. I'm gonna show you how time is money. We're gonna show you that you can actually hit tolerances in tents and run that fast because you know what, man? It's art. You have to like rough hard, go crazy on it because time is money. Get that material off and then you just need to relax it, allow it to just shift a lot and then you just gotta call it kiss the baby, right? You're running off to work like boom, boom, boom, boom, boom and then you run back to mama and you like look at the baby and you're like, oh, you just slow down. You just kiss the baby, right? Same thing with the parts, right? Rough, rough, rough, rough. Slow down and kiss that baby right into tents. Boom, lift it up and like bang, so beautiful, right? So we're bringing in the right equipment to teach you the right things so that manufacturing right here in the United States, like everybody can learn high end stuff and we can raise our game, we can bring jobs back, we can like lift it all up and just make it happen on a huge level, huge level. And for those in other countries, use the same principles because you deserve to actually make your parts in your own backyard, right? So you can put food on your tables. No country can truly be great unless you have manufacturing in place and you build your own products, right? And of course, free market, free trade, you know what I mean? Free trade, not like you tariff us and we don't tariff you but free trade, I believe in it. But at the same time, I'm super passionate because without manufacturing, I would have nothing. And I look around America, I look at the United States, I look at a lot of things, a lot of those big cities and stuff, manufacturing left. Detroit, Chicago, Baltimore, different places. You see them on the news and there's gangs and drugs and it's because manufacturing left. Nobody fought for it. And all of a sudden, these big plants leave, it leaves a void. And then when there's a void and there's no work, then it brings poverty. And then people rise in that destruction of poverty and that's where drugs come in and that's where gangs come in and that's where survival comes in and all these things where literally you could just wipe all that out, bring manufacturing back, bring jobs back. Instead of like spending money for welfare, you actually put people to work making your own products because now making this type of stuff is easy because of the technology. You can solve huge problems. That's why I go into the prison system, show people this is not hard. We just need to do it. This is not hard. We just need to do it. We need to teach our kids the right stuff because their brains are on such a level that they're getting bored. They can do it. Believe in them and make it happen, all right? Anyway, you guys have a wonderful day. Hey, P.S. Oh, look at this, looking kind of spiffy today. Look at this, oh man, look, look, look. Oh, you know why? Because I'm actually going down to the California Department of Education. I'm gonna sit on a panel for manufacturing and help them figure out the curriculum and the standards our kids need to meet to be successful in this trade. And trust me, I'm not just gonna go down there and just sit there and like talk casual, you know, and blah, blah, blah. I'm gonna go down there and push the narrative that like, look, it's too easy. We need to like increase our education. We need to increase what we're asking our kids to do. We need them to run multiple parts. We need to show them advanced technology. We need to educate our teachers. We need to give them the resources and the money and lift them up and expect greatness. Mediocrity is not good enough. Expect greatness, but lift them up and show them a way to get there, right? So today I'm so busy, but today I'm actually taking my time to go down to CDE to basically work with them so that we can take education for our kids up to the highest level, all right? So you guys have a great day. Blessings to you guys, boom.