Amazing Hybrid CNC Machine: DMG MORI LASERTEC 65 3D!
HTML-код
- Опубликовано: 7 сен 2024
- DMG Mori Lasertec 65 3D. Additive & Hybrid manufacturing is the future of the machining industry AND it's intoxicating to watch.
Let's strap in for the ride and see what the DMG Mori Lasertec 65 3D can do!
~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Links for this video
DMG MORI Chicago Innovation Days | bit.ly/2lxDyj5
Shop Tour Binge | bit.ly/2MO5cET
~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Reach us / CNC Info:
Speeds & Feeds: provencut.com
Download Fusion 360: www.dpbolvw.ne...
Online Fusion 360 Training: bit.ly/LearnFus...
Hands-On CNC Classes: www.nyccnc.com...
SMW Products: saundersmachin...
CNC Resources: www.nyccnc.com 5 Reasons to Use a Fixture Plate on Your CNC Machine: bit.ly/3sNA4uH
I worked on the lasertec 65d 2 years ago in my previous employment. An absolutely mind blowing machine. We had to build a climate controlled clean room for it. The power supply required by this machine is 400v AC 100 amp. It was an absolute pleasure working on it.
Me an apprentice for Mechatronics sitting here like
SHUT UP AND TAKE MY MONEY ! ILL TALKE YOUR ENTIRE STOCK
With no clue what I would do with it then
technology changed within the past 2 to 3 years... unbelievable :O
I love this channel for exactly this sort of preview of what is next in manufacturing. I'm not a machinist, wish I was, but I find this all entirely fascinating and though I wouldn't know how to use it or afford one, I can see how this specific machine could be put to use creating all sorts of necessary items that you could make yourself.
Gradient alloy is fun!
I wonder what is the strength of these parts. Certainly fascinating topic, very versatile, and pretty fast too. The biggest improvements are in software tools to do CAD and CAM of these parts, as well in machine monitoring tools and sensors it comes with. It is using some magic to monitor the material deposition online.
This was the best thing i saw at the innovation day.
I saw this on a Mazak tour in Japan last year. They said they had the first working version of this additive method but it could be pr speak. Either way awesome technology that if refined will make an excellent addition to the machining world.
A wile back we got lasered up a thread on a duplex rotershaft very neat job. I needed a minimum off metal removing in thread repair mode.
So cool!! Lightyears ahead of what I do but so cool to think about.
That is incredible and the applications nearly unlimited. Think of control circuitry integrated within support structure. Think complex motion systems composed of mixed alloy flexture points. Really amazing!
So basically a hybrid FDM printer/milling machine. It seems like you could avoid the limitations of both technologies this way - the additive printing means you can mill out details in interior sections which would later be inaccessable to the milling head, and the ability to remove things lets you go crazy with printing geometry that requires all sorts of support. Also, milling allows far better surface detailing and finishing than straight FDM. And all this in metal of your choice...
I would imagine that if you're depositing steel you'd need some sort of inert atmosphere? Probably not really that big a deal, but it is another consumable. I expect the biggest limitation is for high stress applications - monocrystaline is right out, and forging/work hardening is out too. Best you can do is whatever can be done in tempering cycles. I'm mentioning this since iconel was mentioned, and if you're going to use a superalloy for something, it's probably going to be something where all this matters.
Actually, creating something monocrystaline might be possible, though very hard. You'd start with a seed crystal manufactured by conventional means, then if you can control temperature and particle size very well, maybe you could induce it to crystalize on the existant seed and not form any new crystals? An ionized stream might accomplish this. And if you can control it well enough to do this, if you wanted crystals of a certain size, it's just a matter of causing defects at a controled rate, perhaps by mixing in bits of ground metal into your stream. This still doesn't give you a way to create the crystal structure caused by work hardening, though, and you might have limitations to which crystals you can produce, favoring the more open lower density molecular crystal structures. Maybe you can pressurize the work chamber? What would this do to your nice ion stream? I guess if you gave the part an appropriate electrical charge, the ions would find their way over and stick regardless of inert gas molecules getting in the way. How much pressure would be needed? That might be prohibative. Graphite is fine, but no diamond for you! You might also have problems with it forming a dendrite like web rather than a nice solid crystal.
The FUTURE is here!
How does the laser deposition effect the slides in that machine, im sure there is a ton of metal dust that goes everywhere
Wow truly a turning point in metallurgy 🤘🤩🤘 can you imagine 20 years now you could pick up a homegamer kit for 10,000$ considering a McDonald’s meal will be around 22$
I imagine it will be less than 10 years from now
Very cool stuff
IV SEEN THIS TEC DONE 10 YRS AGO. WHERE THEY WOULD ADD MATERIAL TO CUT WITH A LASER. IT WAS JUST STARTING OUT...
Wow!
So when can I buy a cheap chinese ripoff kit of this thing?
jaybogataj theres a coupla guys down in Florida who are building a small version of this same concept, using a wire feed welder, with a home made cnc mill in one package.
Machinist 72 link?
Don Mox I believe they're called P3D creations. I know the have an Instagram acct. I let them at makerfaire a coupla years ago, and it was one of the few things there that impressed me.
Machinist 72 I'll check it out. Ty
I would say the software and sensors are a big part of what this actually work correctly. Surely, chineese military and space program will use it for stuff ;D
DMG - MORI ; LASERTEC : 3D ; New - Lasertec - 65
Model de fazer Peças inteira ???
New Tecnology ; New Model !!!;
Laser : 3D ; New Forma de
Tecnology :3D ; ; DMG - MORI ;
NEW TECNOLOGY 3D ; NEW
FABRICAÇÃO DE PEÇAS ??? .
Oh *cool*.
Five years ago I predicted they would be doing this in 10 years. So that took 5 years.
Now I'll predict they will be depositing multiple metals and other materials at the atomic level (one atom at a time) in 5 years. Write it on the wall...
there is a fair probability they are already doing it , just in secret and or testing phase .
A pretty recent manufacturing technology book I have lists atomic manipulation as an operation for insane tolerances so...I think they beat you to it!
So i just looked some things up .
Atomic processing microscope is the name of the machine , and it dates back as early as 1993 .
Book : Fundamentals of Microfabrication: The Science of Miniaturization, Second Edition
By Marc J. Madou ------ page 61 .
Sorta like spray welding.