TRUMPF laser cutting: EdgeLine Bevel
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- Опубликовано: 7 ноя 2021
- Further information: www.trumpf.com/en_INT/product...
You can apply chamfers and indentations directly to the components on the machine using the new EdgeLine Bevel procedure. This saves additional process steps. Simple and quick programming supports the range of applications. This means that you can process chamfers with different angles and indentations in several sizes. 
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I hope you guys rewarded the guy who thought of this
I am sure he was given a $25 gift card to applebees as reward for bringing such value to the company.
I know the guy who invented this. ;) one hint: WSoptics
It is so satisfying to watch laser cutting through 1 inches metal like a butter
Weird. What are the odds that I, as a truck driver, loaded pallets of trumpf labeled boxes the other day not knowing anything about the company then seeing this video in my recommended
Ingenious technology, great work TRUMPF!
Next year: tapping with Trumpf 👍
Respect, Trumpf did a great work in global laser market. Leader always leader.
It's a great step.
It's gonna be a killer feature for many applications.
Make it an aircraft/aerospace grade technology and then you have a best seller for decades to come.
Nope forged parts, are still better
Best reliable high power laser source. Under 5Kw, all beginners.
Believe me... nobody does lasers like Trumpf... it's never been done before.
I hear from every world leader, many times over, they tell me nobody cuts like Trumpf.
Thing is with trumpf when they work, they work fantastic. But their fibres re too temperamental. Too many break downs. Their slide cover system is poor
Wow seems new technology, nice job!
Unbelievable. What a great invention. I'd pay anything to have this feature on my machine.
You have it. You actually just need to raise the head to be out of focus, so the beam affects a larger area. Raise the power, lower the feed, and that is all.
Can it be done on a co2?
@@BogdanHurezeanu I did on that. In theory you can do it on any laser cutter machine.
@@lakatosf can you give me some tips or directions? I assume the countersink cycle needs less power than the cutting/piercing. However how does it control the angle ?
@@BogdanHurezeanu The laser beam is actualy quite thick. It goes through a lens that focuses it, giving it an elongated hourglass shape. Where it is the thinnest that is the focus point, that is where the material should be for cutting with maximum effectiveness. If you raise the head so the focal point is above the material the laser will hit a larger surface area so instead of cutting a thin gap it melts a groove. The width depends on the thickness of the laser beam, the depth is a function of the power and feed. It is easier to experiment than calculate it. Raise the head for like 10cm slower the feed, raise the power to max and give it a go.
God damn! I never thought that was possible with a 2D laser.
Kênh của bạn nổi bật. Video của bạn có nội dung thu hút mọi người xem. Hoàng cảm ơn chia sẻ của bạn. Hoàng chúc bạn thuận lợi. thành công..
Und einmal mehr ist es möglich mit einer Trumpf Maschine sich eine mechanischen Bearbeitung im Nachgang zu ersparen. Finde es sogar besser als das Gewindeschneiden am Rohrlaser. Ein must have!
Die beste Technik gibt's in Ditzingen 👍🏻😉
Fantastic clean cuts
These cells are a treat to work with and are so versatile and easy to use maintain level up and reteach. We have 8 of them at my workplace and we use them for cutting Hot Stamped Hardened body components for Toyota Vehicles.
Wow, that's some good stuff :) Well done
I have a very short short time working for LVD VN office
But TRUMPF technologies is alway the most impressive.
Either cheap or expensive but they both have advantages other don’t…
I love Trumpf ! 😍
Trump technologies are absolutely amazing 🤩 Congratulations 🎈🎊🍾🎉 Cheers 🍻
Incredible awesome technique!!
Wow good job
It doesn't cut at an angle, but it turns out at an angle! Cool!
Ingenious :-)
@@floriansepp3244 Everything ingenious is simple!
What an incredible technology!
It is a game changer technology 😎😍👍
very, very impressive. if this tech really works, it is a true level up. 5axis waterjet would be still a contender though.
Waterjet can cut any material with high precisison on both face and back side of material. Waterjet is alot mosrr costly as far as consumables. Waterjet is not high volume production friendly and it is too slow. Fiber laser may be challenging for some aluminum alloys as it may blow the back face with too much dross. To achieve cleaner cut, expensive nitrogen gas is required. For aluminum clean cut laser power source has to be much more powerful hence higher cost. Fiber laser cant cut non metal materials well while CO2 laser cuts any material but it is becoming obsolete technology for metals.
@@dimitarpavlov3955 why exactly is it becoming an obsolete technology for metals?
@@augurelite too slow and costly. The new eco technology fibres are ridiculously quick. Cuts 10mm mild about the same speed as a co2 does 5mm
Or laser waterjet
Good Optimisation of laser optics and time.
Wirklich beeindruckend. Das bräuchten wir auch für unsere Firma
Very good !!
That’s so satisfying
What ?! a laser can make a polished chamfer ?
This is the future 👍😍
Wow that's awesome. Sure beats my Cincinnati CL 707
Very good. It’s amazing,
Is just movement of the machine and parameters or there is any patent behind this ? Maybe particular nozzle ??
Awesome
I operate a trumpf laser welder. Great machine.
Can any Trumpf Laser do this? Is it software only programming of the part or is it a certian laser only that this is capable on. Thanks
Hi Kevin
thank you for your question.
Any TRUMPF TruDisk laser able to supply this process. It is available on TruLaser Series 3000 and 5000 from 4 kW laser power. So this technology doesn´t require a special laser.
Best regards
Your TRUMPF Team
@@TRUMPFtube very good job trumpf 😍👍👍 great
Amazing.
Really great :-)
It's amazing!
Very nice
I have the best lasers, no one does lasers like me, they're the best
I want!
How does it works acctually? I noticed that laser head is greatly defocused and found an info that oxygen must be used to create bevels (most likely for exothermic reaction?)
Impressive outstanding
That is true 😎👍
Wow. This is brilliant.
P*** for engineers
;-)
Did it just made a countersunk with a laser ? Damn that's impressive.
Impressive!
So amazing!!!!
How on earth does that cutting process achieve that result? Is the surface measurably consistent? Very very useful!
Nice
Unbelievable 😍
I want to know how to cutting like this. I used trulaser 5030 .but never cutting like this .please tell me wt can we do
They have come a long way since I was operating a Trumpf turret punch machine years ago.
Does this have any problems cutting stainless steel mirror like finishes ?
Unfortunately, this function can only be used for mild steel.
Very Lovely.
I run a 5030 model Is there anyway to get a sample program to try this on my machine and share it with my QA department
Amazing! what system is used?
Super!
Funktioniert das auch mit Edelstahl?
Hallo FILTER DERERSTE
Danke für deine Frage.
Zurzeit ist das leider nur im Baustahl möglich.
Viele Grüße
Das TRUMPF Team
Very cool!!! Who are the engineers that invented this great piece of technology???
If that isn't cutting edge technology, I don't know what is! 🤷♂️
Nice!
I don't get it
There is no cutting edge.
It's a beam of excited photons.
@@jimurrata6785 r/wooosh
Now that's cutting edge humor.
Wow, it cuts out tapered holes.
Super❤
Mantap gayezzzz menuju kejayaan👍☺️
Wery impressive 🤩
How many watts does the laser have???
Superb
좋다.
C'est génial
Вы производите этот станок?
удивительно, поразительно!
Слава уму и рукам человека!
Hola, como esta, quiero preguntar sobre los cortes que esta maquina hace, hasta que espesores puede cortar en acero al carbono, es para saber que tan rentable es tener la maquina trabajando 24 horas, 7 dias a la semana tambien si los consumibles son baratos y se consiguen.
Buenos días Luis, puedes consultar las características técnicas, los espesores, materiales que cada tipo de resonador es capaz de cortar, en nuestro catálogo de máquinas de corte por láser 2D: www.trumpf.com/filestorage/TRUMPF_ES/Folletos_ES/TRUMPF-folleto-corte-por-laser-2D-ES.pdf . Para más información y para que te asesoren nuestros comerciales, escribe tu consulta al siguiente correo: info@es.trumpf.com ¡Muchas gracias!
All the watts!!!
HOW???
Do you have checker plate production line
Salam
Looks like a Laser version of CNC
😲😲😲👍💯👏
cool
Laser cutting is very impressive but there is a downside it’s very very expensive piece of equipment to maintain that’s why a lot of factories use plasma cutters. Only really well all factories use laser cutters.
Maybe in the past, but not now
Where does the metal go? Vaporized and then vacuumed away?
It makes a fine kind of slag, and a funny fluffy black dust. Slag to a tray, dust to a special dust extractor
Yes, part of the material is vaporized and then vacuumed away and the other part is blown out through the cutting kerf.
My company has some stainless steel plate laser cut for something we fabricate. Last time I noticed the pieces cut have the same smell as a slot car/ Scalextric track. That burning metal smell, even though it was cut days before
I’m confused is the direction of the laser changing or selective power as it’s cutting?
Reading some patents from TRUMPF, I think it is actually changing the laser beam profile to be a multi-focus, so it is neither changing power or direction, but the optics change how the laser beam is shaped. But press release from TRUMPS says that existing machines can be retrofited to provide that EdgeLine Bevel functions, so maybe it is something else.
@@movax20h Hmmmm interesting! Yeah, I want to look more into it this is really cool tech shaving yet another operation off with better tools!
Unfortunately, we cannot tell you the technical details of how it works.
@@TRUMPFtube Awww not open source? Trust me I don't think I'll be replicating this any time soon :) but cool tech regardless.
@@movax20h I've been watching the video at a closer level to I think what you said is correct look at the burn pattern when the edge cut is orgianonally started it looks like the beam-width expands and leaves and inprefection on the other side aswell! 0:15
Please show a 360 view of the counter sink. Is there any visible blemishes from the lead in and outs??
The screws are fully countersunk. You are welcome to ask your TRUMPF sales representative to send you sample parts.
The screws are fully countersunk. You are welcome to ask your TRUMPF sales representative to send you sample parts.
Super Metal Master
So basically Jedi will be a thing pretty soon
We have 3 of these at my company. Great lasers. Only problem is because what we fabricate has to be plus or minus .30, it sometimes makes things a pain in my assholes.
Dear Chris Lyle,
thank you for your comment.
We are sorry to hear that. You can adjust the kerf to your parameters and materials. This is very easy to do in the technology table. Another problem can be the heating of the material during cutting. Please contact your salesperson so that we can find a quick solution, e.g. application advice.
Best regards
Your TRUMPF Team
ОЧЕНЬ КРУТО!
Won't the hot laser beam weaken the steel parts ?
No, welding suitability tests have been carried out for this and this type of preparation has no negative influence on the parts.
How thick of material can it cut? 718 or Ti17 specifically
This function can be used up to 25mm sheet thickness at the moment.
Nice, but how much post-processing cleanup do the parts need?
Worked with lasers, but usually just deburring the edges was all that was needed
The process deburrs automatically, so no manual step is needed afterwards.
Cleaning is very easy because the slag can be removed easily. The time depends on the size of the parts and the length of the chamfers.
@@odingarberggule9693 how much cost open top 1500mm/3000mm
Hello, can this technology be retrofitted to our existing L3030 L49 4kW fiber machine , MY end of 2016?
I already asked the same for our L68. TRUMPF told me, its just available for all TouchPoint HMI-Machines, as L76 an higher.
@@v1rtuose what manufacturing year is this generation?
@@georgiyonevski3894 I guess it’s 2019 or younger
@@v1rtuose thanks for reply, I hope they can manage to retrofit to older machines as well…
@@georgiyonevski3894 yeah, that’ll be great. But it’s a new HMI and Software structure, where they implemented it and I guess they’ll not upgrade the older HMI soon. The pressure of the customer must increase for that. 😉
Хорош аппарат но и стоит тоже 😉
Круто лайк
Hallo zusammen,
ist das hier ein CO²-Laser zum Anfasen, oder nutzt ihr da die Fiber-Technologie?
Es geht mir hauptsächlich um den Unterschied bei den Schnittkanten.
Wir haben einen L3030 4 KW CO²-Laser von euch im Einsatz, der ist schon 12 Jahre 'alt' und dank guter Wartung und sorgsamem Umgang wird er uns noch wahrscheinlich die selbe Zeit zur Verfügung stehen.
Ihr seid einfach der Wahnsinn, eine so zuverlässige Maschine herzustellen!♥️
Grüße aus Oppenweiler, MMT!:)
Hallo @g00dvibes26, es handelt sich hier um eine Fiber-Maschine. Diese Technologie ist auf unseren CO2 Maschinen nicht verfügbar.
Vielen Dank der Nachfrage und Grüße von der TRUMPF Gruppe
What is gas and electricity cost per 1000 running mm and thicknees 0.7 mm.for alluminium and stainless steel?
What power lasour required?
Hi anand joshi,
Thank you for your question. The gas and electricity costs depend on many things. Which process do we use, how complex is the nesting, is it chamfer or countersink or both,…
The minimum laser power is 4000 W. The correct laser power depends on the process and the technology.
Best regards
Your TRUMPF Team
That's ecxactly how crop circles made but from outspace distance
I wonder how it's effecting the microstructure on the chamfered edge.
Welding suitability tests were carried out with the positive result that this is given without restriction.
@@TRUMPFtube What about surface hardening or modification of the temper?
Great name
Fibre??
How's this comparing to waterjet, pro/con?
Please contact your sales representative. Then we can make a comparison. :-)
Game changing technology 👍
Get down to a couple of micron's repeatability I'd be really impressed , still nice machine
Doing things more precisely than necessary is bad since it'll be more costly and slower than necessary. There's really no need for this kind of precision to make screw heads go away or prepare edges for welding.
@@christophclear1438 I know I've worked in machine tool building ,hence comment 'still nice machine ' a lot of effort goes I to moving a big mass at at speed there machines are a backbone of industry
Мне нужен такой апарат👍
😲🤯