Show a piece of material that was cut with your laser. You can make anything look amazing with computers but show the real thing not computer animation.
@@l0_0l45 thanks for not at all answering the question or lending anything to the thread. Thanks for the useless comment, obviously. Also, check this vid. It's awesome cutting footage: ruclips.net/video/L1tZWDKMYdI/видео.html
@@shirothehero0609 I already mentioned that other companies make it too, which means that this is a real component rather than just concept art videos. That answers his question. Remaining he can check for himself. However I can't tell why you're so salty. Here, seems more appropriate to quote yourself back to you, hear you own words, suits you better:
@@-.._.-_...-_.._-..__..._.-.-.- no? they clearly said they use the water to guide the starting point of the laser closer to the material so it doesn’t expand and cause broad cuts
This is Incredible. As a Tile Setter, I can tell you that the current Rectified Tile is real unstable. The stress and micro fractures, are making cutting impossible. Even wet saws aren’t as effective as they were. Simple tile cutters will crack the material during a cut. Non-porcelain ceramics never do such things. The rectifying of tile has made it very hard to do good work. It’s pretty miserable. Please help.
Using water as an optical fiber for laser to delivery it right to the point you want it, jeez it so simple and yet soo awesome why i didnt come up with this
@@GrandeCalle this technology is pretty simple. We have lasers for 70 years, and laminar effect are known for even longer time. Thats why this is soo awesome, it combine two simple technologies to create something much better, synergy went out through the ceiling :D
cutting edge technology by replacing abbrasive material with laser and scaled down the water jet down to human hair thickness, awesome invention indeed
I smell all kinds of bs here, if anything the water would boil off into steam the second this laser starts cutting assuming it doesn't completely drown out the heat that's needed for the laser to cut anything. Just my uneducated theory though.
They use helium to keep the jet stable. The helium travels in the water jet keeping it from splashing and disrupting the laser. We 27 of these at my shop.
And for just $700,000 YOU can have a synova laser cutter. If you call within the next 30 seconds, we'll double that offer, that's right, TWOOO synova laser systems for the price of one, shipping and handling not included, CALL TODAY
Light has to be absorbed to induce heat into material. Water doesn't absorb the light, so it won't get hot. You can't cook water with light. Or at least not with every wavelength. Microwaves are also light, but surely capable of heating water. The wavelength of the laser light instead can't heat up the water, cause it won't interact. Normal sunlight doesn't heat water, but the particles or the surfaces inside/below the water, which than heats the water up. Some wavelenghts of the sunlight get absorbed by water though, but that's a minority
@@JaakkoF Not really. The water will exert a small amount of force, but it only needs enough pressure to keep the stream straight, unlike a waterjet cutter where the water/grit velocity is fundamental to the cutting action. According to the web site, it has a pressure range of 50-800 bar, whereas waterjet cutting uses 2000-6000 bar. And the water should cool the surface similarly quickly to EDM to minimize HAZ, while being much cheaper without the consumable wire and all its fiddlyness. Especially for things with a lot of holes where you have to drill a pilot and thread the wire through for each one. Wire EDM can cut much thicker material, though.
This is a pulse laser, it cut material by evaporizing so it doesn't make any molten material, and because it's a pulse laser it happened so fast it only heat the material that hit the laser the surrounding will stay cold. The water jet simply used just to guide the laser without causing diffraction just like fiber optic cable
My shop has 27 of these. A water jet cannot do the same thing. The machine is badass honestly. They should post better videos. Especially when the are cutting diamonds.
Any metal or metallic alloy, whatever the hardness, can be cut. The maximum thickness however depends on several factors, and must be analyzed on a case by case basis. If you are interested in a demo or feasibility test please contact us: www.synova.ch/services/application-development.html
But isn't the water going to spread as soon as it leaves the nozzle water jets usually do have this problem they cant stay in a beam for long so the best efficiency don't go as far as 10 cm stay at 1
The water jet is not moving as fast as you think it is. The water jet is used only to guide the laser the main cutting job is done by the laser not the water jet
The Laser MicroJet (LMJ) is a hybrid method of machining, which combines a laser with a "hair-thin" water jet that precisely guides the laser beam by means of total internal reflection in a manner similar to conventional optical fibers. The water jet continually cools the cutting zone and efficiently removes debris.
But the water would immediately absorb the thermal energy of the laser. are you suggesting it’s the mere power of photons and water that does the cutting? Fat chance
Didn't really explain much. Lasers cut materials by vaporizing them through heating a very small spot intensely. Water would cool the spot the laser hits. So how does this work? Does the laser create a small pocket of super heated water vapor around where the laser hits the material to be cut? The video raises more questions than it answers.
it removes less material when it cuts I believe, also no abrasive, no huge amounts of water to deal with. the water in this system isn't pressurized to make cuts, it's simply guiding the laser.
Even the “partnership handshake” is CGI !! 🤣
That got me laughing x’)
Is corona bro
@@de0509 well then they followed the rules 😂
@@Gardehesten you 😊
At least they updated the graphics quality from over a decade ago !
When do we get to test one?
I await the day.
BRUHH
Hooray for youtube crossovers!
you guys should try cut a real piece of graphine.
even the title said "when"
Show a piece of material that was cut with your laser. You can make anything look amazing with computers but show the real thing not computer animation.
not the same machine, but the same technology, as far as I understand: ruclips.net/video/L1tZWDKMYdI/видео.html
all the PR in the world like this is NOTHING. show us actual work and the machine PREFORMING the tasks to make the piece in the demo
@@gabsrants Nice, if it works as well as that then it could live up to this hype
@@EvonixTheGreatest by what I read in the comments below that vid, it took quite some finageling to get it to work on all the different materials.
There are some real cutting video on the channel.
I don't think it's exactly the same technology than the other company, but it is similar.
Looks awesome, do you have any real footage of it actually working, rather than just CGI?
Many companies make the same product. It works obviously.
Try ruclips.net/video/L1tZWDKMYdI/видео.html
@@l0_0l45 thanks for not at all answering the question or lending anything to the thread. Thanks for the useless comment, obviously.
Also, check this vid. It's awesome cutting footage: ruclips.net/video/L1tZWDKMYdI/видео.html
@@shirothehero0609 I already mentioned that other companies make it too, which means that this is a real component rather than just concept art videos. That answers his question. Remaining he can check for himself. However I can't tell why you're so salty. Here, seems more appropriate to quote yourself back to you, hear you own words, suits you better:
@@shirothehero0609 thanks for not at all answering the question or lending anything to this thread. Thanks for the useless comment, obviously.
They should have had animated sharks with these mounted on their heads.
so you made a fiber optic cable for the laser with laminar flow water - neat
Which seems to render the laser useless, other than lighting up the water. The video only mentions the water doing the cutting.
@@-.._.-_...-_.._-..__..._.-.-.- no? they clearly said they use the water to guide the starting point of the laser closer to the material so it doesn’t expand and cause broad cuts
@@andrewjvaughan I think the water may be doing the hard work here. Maybe the heat generated by this laser rises the water pressure even more?
y’all, this is a laser cutter, not a water jet. it’s literally part of their Laser Machining Cutter line. checking out of this thread.
@@andrewjvaughan 😂😂😂
I came hoping for laser sharks, but that handshake CGI is the treasure I didn't know I needed
Any footage of real(!) Workpieces?
“That sounds impossible” but they did exactly what i thought they would
RUclips really know what I need
Better way to cut cheese burger.
By cylindrical cutting point we can cut the table as well along with the work piece.
me: does it cut by heat or force?
Synova: yes
Mostly heat, the water jet is only for guiding the laser
I came by the recommendations, and stayed by the comments.
This is some cutting edge technology
Get it
Well made ad. I want one as soon as they break $300.
Me too!
Cool water laser, love your work on that, but whats with the CGI people in the ad, who's responsible for that decision?
even youtube kids' animations look better than that xD
Bahahaha
Oh... you haven't been on earth for the last 2 years? We had a pandemic, things got crazy.
@@mikeslaserstuff4018 this video was made prior to the fake pandemic that has a survival rate of 99.9% for people under 60
@@seppukun208 🤣🤣🤣
This is Incredible. As a Tile Setter, I can tell you that the current Rectified Tile is real unstable. The stress and micro fractures, are making cutting impossible. Even wet saws aren’t as effective as they were. Simple tile cutters will crack the material during a cut. Non-porcelain ceramics never do such things.
The rectifying of tile has made it very hard to do good work. It’s pretty miserable.
Please help.
This isn’t an ad, its an animation project
Finally, I found something to cut my nails, And Most Important with precision...😀
Using water as an optical fiber for laser to delivery it right to the point you want it, jeez it so simple and yet soo awesome
why i didnt come up with this
@@marko6550 You do know lasers aren't fire, right?
cause it isn't simple at all....
@@GrandeCalle this technology is pretty simple. We have lasers for 70 years, and laminar effect are known for even longer time. Thats why this is soo awesome, it combine two simple technologies to create something much better,
synergy went out through the ceiling :D
cutting edge technology by replacing abbrasive material with laser and scaled down the water jet down to human hair thickness, awesome invention indeed
Thanks :-)
Ah, laser beams making total internal reflection inside the waterjet pillar... interesting
Awesome Interesting! Nice combination of two technologies. Excellent
that handshake 🤝 🤣🤣🤣🤣 lol
What's the cutting speed on 2mm, 5mm, 10mm and 20mm steel?
This is brilliant, using TIR in jet stream.
Was it thermal damage that caused all the vocal fry we're hearing?
This wasn't uploaded on the 1st of April?
That is exactly what I was looking for.
Interesting! Nice combination of two technologies. Excellent!
Amazing work. How do you keep the water from splashing around and distorting the laser? How do you make the water just disappear?
I smell all kinds of bs here, if anything the water would boil off into steam the second this laser starts cutting assuming it doesn't completely drown out the heat that's needed for the laser to cut anything. Just my uneducated theory though.
I run these machines. The water splashing is held out by a diaphragm
They use helium to keep the jet stable. The helium travels in the water jet keeping it from splashing and disrupting the laser. We 27 of these at my shop.
@@alexp4903 Thank you for the update!
And for just $700,000 YOU can have a synova laser cutter. If you call within the next 30 seconds, we'll double that offer, that's right, TWOOO synova laser systems for the price of one, shipping and handling not included, CALL TODAY
yes they still cost about that much,
What I find fascinating, is, how can the laser beam be hot enough to cut, yet not immediately turn the water to steam?
Light has to be absorbed to induce heat into material. Water doesn't absorb the light, so it won't get hot. You can't cook water with light. Or at least not with every wavelength. Microwaves are also light, but surely capable of heating water. The wavelength of the laser light instead can't heat up the water, cause it won't interact. Normal sunlight doesn't heat water, but the particles or the surfaces inside/below the water, which than heats the water up. Some wavelenghts of the sunlight get absorbed by water though, but that's a minority
@@Taunus-Tim ahh, yeah of course.
Thanks for explaining that dude, its so obvious now that you mention it.
Now this is unique technology 👌
This is gonna be in the next monsterverse movie
How does the laser cut if the water heatsinks the workpiece...also how does the lens not get abraded bu the water/grit!!!!
They left out plastics. Can it cut plastic? Or wood?
NOW I KNOW HOW ALIEN CUT DOES ROCK
Wait until they discover that this can be used in an engine to make them unbelievably efficient. But that was later in the future.
The mad fantastic books, coming true day by day
Ingenious Invention.
Wire EDM machine manufacturers: visible sweating
Price?
Great!!! No need for scissors anymore!
Do you still use an abrasive for the water?
Wow it's like fiber-optic cutting.
What is the cost of such a machine? Is it competitive with EDM?
It can't compete with wire EDM regarding cutting accuracy, as it has cutting forces.
@@JaakkoF Not really. The water will exert a small amount of force, but it only needs enough pressure to keep the stream straight, unlike a waterjet cutter where the water/grit velocity is fundamental to the cutting action. According to the web site, it has a pressure range of 50-800 bar, whereas waterjet cutting uses 2000-6000 bar. And the water should cool the surface similarly quickly to EDM to minimize HAZ, while being much cheaper without the consumable wire and all its fiddlyness. Especially for things with a lot of holes where you have to drill a pilot and thread the wire through for each one.
Wire EDM can cut much thicker material, though.
How does the laser heat the material without evaporating the water
Reminds me of that plastic surgery laser in the old movie Logan's Run ! 💡
Can I get information how many nm is the perfect cut laser? awesome
It's 532 nm: www.synova.ch/technology/synova-laser-microjet.html
Sounds like 1 million dollars
So when do you realise it's an advertisement 😂😂.
Femtosecond laser is also very gentile to metal around it. If it touches , no more metal , just gas
Water is cool. Laser cut materials by burning it out. It is so contrast.
light is transmited via water column. Like liquid fiber
This might be a stupid question: isnt cooling the workpiece contraproductive?(does this work exist ? xD) dont lasers cut by melting the metal?
This is a pulse laser, it cut material by evaporizing so it doesn't make any molten material, and because it's a pulse laser it happened so fast it only heat the material that hit the laser the surrounding will stay cold. The water jet simply used just to guide the laser without causing diffraction just like fiber optic cable
Sweet, does it come in red?
what is the life span on consumables?
more than these animation, i believe in real footage, cutting quality abd perfection
so please dont give us animated videos
Anyone can do Photoshop. As a technician, I want to see chips and lasers live xD
Can we see it then?
How is this better than waterjet only?
That’s so crazy.
Cool. Does it actually exist?
But E = mc^2, so why do I need the laser?
Our machine is so perfect, we have to use CGI.
Yeah, I'm pretty sure a water jet does exactly the same thing.
My shop has 27 of these. A water jet cannot do the same thing. The machine is badass honestly. They should post better videos. Especially when the are cutting diamonds.
2:25 best part
it was great.
please come to kenya,
Damn so I'm just willingly watching advertisements now?
Apple: write that down!.
Where's the download link?
WET Laser technology 🤤🤤🤤
I want to know which metal can this cut (if possible max hardness of metal upto which can it cut) and maximum thickness
Any metal or metallic alloy, whatever the hardness, can be cut. The maximum thickness however depends on several factors, and must be analyzed on a case by case basis.
If you are interested in a demo or feasibility test please contact us: www.synova.ch/services/application-development.html
@@synova8354 Thanks
What if there's impurity in the water?
New sin is a unique name
CAN YOU TELL ME THE PRICE PLEASE
FABULOUSLY 🙋🏻♂️💎👌
I wouldn't say it makes the other Lazer system obsolete. What if I don't want my stuff wet
it's for cutting materials, not something sensitive like pcbs
But isn't the water going to spread as soon as it leaves the nozzle water jets usually do have this problem they cant stay in a beam for long so the best efficiency don't go as far as 10 cm stay at 1
The water jet is not moving as fast as you think it is. The water jet is used only to guide the laser the main cutting job is done by the laser not the water jet
"It just works!"
How much is the cost
Any footage of it giving birth?
Regane piro ?..How much does it cost ?...
Have to prevent rust can you guys put this in a vacuum chamber
Fun fact: The handshake is CGI because during this time, the virus is already present.
Laser Cutting light price
How much
how about a rock or high carbon material
How does it cut if it's kept cool....
The Laser MicroJet (LMJ) is a hybrid method of machining, which combines a laser with a "hair-thin" water jet that precisely guides the laser beam by means of total internal reflection in a manner similar to conventional optical fibers. The water jet continually cools the cutting zone and efficiently removes debris.
>Water jet
>with light
i lost it
But it's real tho
I keep hearing the discord call sound
But the water would immediately absorb the thermal energy of the laser. are you suggesting it’s the mere power of photons and water that does the cutting? Fat chance
awesome
Let me view the PV Wafer results with my electron microscope.
Why is this suddenly on everyone's recommended?😂
Didnt we already use highly accurate laser for silicon chip building. Small investment ;)
Didn't really explain much. Lasers cut materials by vaporizing them through heating a very small spot intensely. Water would cool the spot the laser hits. So how does this work? Does the laser create a small pocket of super heated water vapor around where the laser hits the material to be cut? The video raises more questions than it answers.
Why didn't the laser just vapourise the water?
But does it do that can't be already done with water jet cutting???
it removes less material when it cuts I believe, also no abrasive, no huge amounts of water to deal with. the water in this system isn't pressurized to make cuts, it's simply guiding the laser.
Not sure if I must listen to the loud music or the talking