I’m a member of the Laser Everything community and you won’t find a better place to learn and share your knowledge with other laser businesses owners. Great RUclips channel and social media accounts.
It wouldn’t be much different except the surface getting engraved a little slowly. It would look cool but then thats it. The light is very fast and you wont see it.
@0:31 so with 60W power 1070nm wavelength doesnt interact with organic material? i have heard bad stories in laser safety classes, could you please explain a bit more? Thanks.
There are obviously tons of exceptions like color, density, temperature, but in general - organic materials have a very poor absorption rate at this wavelength. That said this short IR is very dangerous to your eyesight so you should always wear safety glasses when working around these machines. Especially non-enclosed class 4 lasers. We get into it more on the channel but the long and short of it is it isn't going to burn the crap out of you like a UV or CO2 laser would if you catch your hand between the beam and the object.
Can't you also color titanium with the same techinque as steel? Has far as I have seen, the titanium oxide layer changes color depending on heat as well.
Yes that's true, we haven't experimented with it too much so I figured I'd keep it simple here as it acts more as an intro to lasers but you're absolutely right.
The mirrors move as fast as 10,000 milli meters per second! No wait, the mirrors move as fast as 10,000,000,000 nano meters per second! (Also known as 10m per second, but doesn’t sound as good)
Good informative video. It would have been nice with an explanation to why the colour actually appears. I assume it is because steel has a colour change pattern that it will go through when it reaches different temperatures.
I think Goldfinger was using a visible light laser in the megawatt range so Bond was definitely in quite a bit of trouble. All comes down to wavelength and wattage!
Always weird seeing the word ablation, as someone with cardiac issues whos has cardiac ablation, meaning I had a procedure where went through my femoral artery in my leg (inside the artery) all the way up to the inside of my heart chambers and ablated lots of parts of my heart (burning/scarring parts of my heart muscle to try alter or permanent damage certain electrical pathways across the heart). My cardiac problem means my resting heart rate 24/7 is tachycardic. Averaging 150bpm up to 250bpm. Day and night, awake or asleep. Nothing works to slow it, no medication, no Adenosine. Not even shocking my heart over and over fixes it (and this hurts, they do it whilst you’re awake with a little bit of sedation!).
This is cool but I'm disappointed they didn't explain how the color is created. "Steel is ferrous," but iron is not an inherently colorful material. I'm sure it's some kind of thin film interference effect, but the fact that they didn't mention that and just said "it's ferrous!" as if that would be enlightening is kinda lame. Better to just be like "how the color works is out of scope for this video."
Video is fine, but if you mention slow motion, I'd suggest getting appreciable slow motion footage if possible. I'm pretty sure everyone would have thoroughly enjoyed something better than 120-180 fps. Anyways, have a nice day!
You can buy low power ones that run on 3d printers. They are rather dangerous as they can blind you without proper eye protection. The smoke is aweful.
It's probably a good thing that I'm not rich; I would totally impulse buy one of these and not have a clue how to use it, even after Alex has explained it to me. Better I should just watch, so thanks for this! 👍✌
Very disappointed with the video. Thought they're gonna use super high frame rate camera in order to record how the laser creates those images in super slow motion.
Whoever's reading this, i pray that whatever you're going through gets better and whatever you're struggling with or worrying about is going to be fine and that everyone has a fantastic day! Amen
I think you need to figure out all those terminology like fiber-laser, galvo, etc... before making such a type of video, so that it won't be full of misconception in your video.
Thank you guys so much for coming by the studio. It was an honor to be able to work with you and show off this amazing technology!
Thanks for sharing! ✌️
@@sweebos We had a lot of fun just glad I got the opportunity!
Awesome! Congrats
Dude! So excited that they invited you on for this episode! Great job presenting.
@@markbreidenbaugh6033 I did my best lol
If 180fps ‘slow motion’ is the best your hardware can do, why not rent a phantom?
1:42 - B roll plasma cutter, not laser.
This is actually incredible. Crazy what technology can do these days 😅
You'll be amazed to hear there are 3d applications, Cutters, glass engravers, plastic etc
I’m a member of the Laser Everything community and you won’t find a better place to learn and share your knowledge with other laser businesses owners. Great RUclips channel and social media accounts.
We have a great social media manager 👍
Yeah he's so good with the information, people unsatisfying by free content, ask for more. Idk this society so bad.
How can you call 180fps slow motions... Oh my god, bring the slow mo guys to film this.
I was thinking the same thing!
At least they didn't do the dramatic 'slowing down effect' 😁
@@DrorF bullet time was revolutionary. Show some gd respect.
Lol exactly, i came for the slowmo😒
It wouldn’t be much different except the surface getting engraved a little slowly.
It would look cool but then thats it. The light is very fast and you wont see it.
This was amazing to see! I knew a tiny bit about this process, but this was informative and incredibly entertaining.
@0:31 so with 60W power 1070nm wavelength doesnt interact with organic material? i have heard bad stories in laser safety classes, could you please explain a bit more? Thanks.
There are obviously tons of exceptions like color, density, temperature, but in general - organic materials have a very poor absorption rate at this wavelength. That said this short IR is very dangerous to your eyesight so you should always wear safety glasses when working around these machines. Especially non-enclosed class 4 lasers. We get into it more on the channel but the long and short of it is it isn't going to burn the crap out of you like a UV or CO2 laser would if you catch your hand between the beam and the object.
It is called a fiber laser because the laser light is both generated and delivered by a fiber optic cable.
Laser everything is the best place to learn about this kinda laser
No waaaaay Alex? Didnt expect to see you on Wired!
It's been a wild ride dude haha.
That color engraving is *bonkers*
Can't you also color titanium with the same techinque as steel?
Has far as I have seen, the titanium oxide layer changes color depending on heat as well.
Yes that's true, we haven't experimented with it too much so I figured I'd keep it simple here as it acts more as an intro to lasers but you're absolutely right.
That is so awesome. I can't wait to learn so much more to get my business going. I have found the right place to learn everything about galvo lasers.
Looking forward to seeing you over at LE :D
3:13 is the metal moving because of laser hitting or because lase is making the metal hot?
The metal is getting hot and warping! :P
I would love to hear more about how iron can turn blueish or red/brown/blackish depends on the oxygen level react to the laser. ;)
Great video.
Great video 😮😊
There's actually *many* aluminum alloys, aluminum may be an element, but you'd be incredibly hard pressed to find yourself using raw aluminum.
Thanks to this video I'm able to do my job as a laser engraver better. Thank you wired!
Lazers are so cool!
Technology has come very far
I'll say it. The yellow sparks are cool looking!🙌
that's racist, man
my jeans have laser engraved fold marks lmao
That is revolutionary technology
or evolutionary
Great video. Well explained.
That's awesome. It looks like a lot of fun. 😁😁👋👋💖💖
What brand of laser was that? Can it cut metal as well as engrave it? Love the video - super well done!
This was the 60w M7 by SFX, amazing machine, just wrapped the review of it on our channel :)
Ears with eyelets: No thanks!
I had no idea you could do color that's wild
great info
The mirrors move as fast as 10,000 milli meters per second! No wait, the mirrors move as fast as 10,000,000,000 nano meters per second! (Also known as 10m per second, but doesn’t sound as good)
Good informative video. It would have been nice with an explanation to why the colour actually appears. I assume it is because steel has a colour change pattern that it will go through when it reaches different temperatures.
Exactly!
OMG IM SO MIND BLOWN!!! I KNEW THIS WAS GONNA BE SOMETHING SCIENTIFIC BUT NEVER ANYTHING LIKE THIS!!! LIKE U SAY AT THE END IT FEELS LIKE MAGIC!
So Mr. Bond wasn't going to die and Goldfinger just made that up? So evil...
I think Goldfinger was using a visible light laser in the megawatt range so Bond was definitely in quite a bit of trouble. All comes down to wavelength and wattage!
Always weird seeing the word ablation, as someone with cardiac issues whos has cardiac ablation, meaning I had a procedure where went through my femoral artery in my leg (inside the artery) all the way up to the inside of my heart chambers and ablated lots of parts of my heart (burning/scarring parts of my heart muscle to try alter or permanent damage certain electrical pathways across the heart).
My cardiac problem means my resting heart rate 24/7 is tachycardic. Averaging 150bpm up to 250bpm. Day and night, awake or asleep. Nothing works to slow it, no medication, no Adenosine. Not even shocking my heart over and over fixes it (and this hurts, they do it whilst you’re awake with a little bit of sedation!).
Wish you well friend, sorry to hear your story - please take care.
I think I found a new business…
Definitely a fun one to be a part of :D
Still, why doesn't it hurt organic material and why iron gives variying color?
This is cool but I'm disappointed they didn't explain how the color is created. "Steel is ferrous," but iron is not an inherently colorful material. I'm sure it's some kind of thin film interference effect, but the fact that they didn't mention that and just said "it's ferrous!" as if that would be enlightening is kinda lame. Better to just be like "how the color works is out of scope for this video."
Way cool!
Can you do one on extreme ultraviolet lasers?
We have a ton of UV lasers over at LE :P
@@LaserEverything I think he meant those used in ASML's EUV photolithography machines used to make 3nm chips.
@@henrychan720 yeah that's not usable as the energy level on those is very low and won't ablate or really heat anything.
@@henrychan720 Those are only good for etching nanoscale transistors on silicon
I have one of them CNC plasma cutters at my job and they’re so much fun to use
those
Bent plates - priceless
How thin and deep can the laser etch without added air flow or material removal? Let's say i DO WANT to cut a certain even depth into the material.
Gavin and Dan would have done a better job. The angles for the Slow Mo shots are horrible and 180 FPS is not fast enough. Great concept tho
Feel free to give them our contact info lol
Can the coloring be done with any fiber marker? If So please send the file so I can show my colleges
0:28 Isn't that a plasma cutter?
Video is fine, but if you mention slow motion, I'd suggest getting appreciable slow motion footage if possible. I'm pretty sure everyone would have thoroughly enjoyed something better than 120-180 fps. Anyways, have a nice day!
Before watching the video: you blast a metal and it gets hot and melts
Can I use this video of yours for educational purpose
I don’t need a new expensive hobby, I don’t need a new expensive hobby, I don’t… 🙉🙉🙈
You do!
You can buy low power ones that run on 3d printers. They are rather dangerous as they can blind you without proper eye protection. The smoke is aweful.
Please don't say the fibre laser can't hurt anyone. If someone gets this wrong and trays touching a diode laser
Where can i buy this machine?
Hello dear are you looking for a laser machine?
Awesome
No one knows lasers like Styropyro
Where is the slowmo? This was a really interesting idea but didn't play out well
wow, loved it. thanks for making this video. My XTOOL D1 Pro is way slower haha!
You guys should reach out to the channel Styropyro 😅
Wait then what is anodized aluminum? That comes in tons of colors. Time for another RUclips search 😂 I wonder how long I’ll be up tonight
Ah ok, we just gotta grow an oxide layer and then and a dye and lock it in or somthin. But I think I get it enough. It’s more like a rust then a burn
It's probably a good thing that I'm not rich; I would totally impulse buy one of these and not have a clue how to use it, even after Alex has explained it to me. Better I should just watch, so thanks for this! 👍✌
If you ever change your mind lol we'll be around! They're super fun!
They use lasers to print expiration dates on food containers, dont they?
Laser bheem ale question da answer A option aoo g
Didn't really focus on slow motion
pure scifi....
Cool
Transmyocardial Laser Revascularization? UR opinion for improving a pt's chance of not having another cardio/vascular event.
Wow!!
10,000 mm/s= 10 m/s
🏇💨💨💨💨🔥🔥🔥
Very disappointed with the video. Thought they're gonna use super high frame rate camera in order to record how the laser creates those images in super slow motion.
Whoever's reading this, i pray that whatever you're going through gets better and whatever you're struggling with or worrying about is going to be fine and that everyone has a fantastic day! Amen
Thank You!
Thanks? But you're everywhere
Not christian but thank you. I hope i will have a better engineering journey
I needed this, thank you so much. Be blessed💞
Thanks ❤
so many things said in the video are so wrong...
I think you need to figure out all those terminology like fiber-laser, galvo, etc... before making such a type of video, so that it won't be full of misconception in your video.
dese no one say first anymore i'm First BTW
👨🎨👩🎨🎨🖌️🖍️ Tattoo artist better than this
Some of those were actually plasma beam machines and not fiber lasers.
This guy’s speech impediment is enraging. Sounds like that meatball Sean Astin giving a science lesson.
Hope your day gets better friend
Do you need a hug bruh?