Thanks for the time stamp. Disappointing it doesn't do anything. It's as "amazing on another level" as someone 3d printing a pinwheel to stick outside and say it can be used to power an LED.
Ryobi certainly did "not" create the oscillating multi-tool. It was created by GmbH Fein in 1967 as a plaster cast saw. In '85 Fein adapted the design for automotive use and in 2009 the patent expired allowing other companies to produce similar products. The first such clone I remember is the Dremel Multi-Max, certainly not Ryobi.
Yep. I have been using a multi tool for years to trim livestock hooves. It’s only as good as the blades you use. Like butter is far from the usual experience.
@@the-original-ghost I sale and repair Milwaukee makita and dewalt... we won't even touch ryobi and despite the rumors no they're not made in the same plant or with the same components
As a former concrete cutter. I can attest that running a core drill correctly does go through reinforced concrete like butter. Always fun to use but needed to be dead on to avoid issues. Biggest bit I ran was 30" in diameter
Love these innovations. For the "Backup Wrench" (14:24) to save money, make your own. Buy a socket set and weld a piece of bar on the side of each socket.
Better weld something with a thread to it, so you can use a bolt. As the device gets pushed into the neighboring nut, it may get too tight to remove, so you can loosen the bolt instead to release tension. (Not sure if it's clear what I mean, but I can't think of better words right now)
"Industrial Diamonds" are MADE in a factory, they aren't there because they're "too flawed to be made into gems". The process making them isn't refined enough to produce gem-grade diamonds. When they DO decide they want to MAKE gem-grade diamonds, they are good enough to be totally indistinguishable from natural gem-grade diamonds. This is why the "natural" market -- aka DeBeers -- has taken to using lasers to tag the "natural" diamonds, so THEY can claim there is some reason anyone should pay more for a "natural" diamond instead of a man-made diamond that, without the laser-mark, could not be determined to be different.
Just nope. Industrial diamonds are mined just like gem quality. I used to live not that far from what was and maybe still is one of the major sources of Industrial grade diamonds.
While yes, the natural diamond market is highly controlled, and is one of the top monopolies to ever have existed in the world, like any gem or mineral, diamonds come in many different grades, industrial being one of them. And there is a process for “creating” flawless created diamonds. The laser marking is because the highest quality created diamonds are literally indistinguishable from natural diamonds. They test identically to each other.
I truly & genuinely ❤ this channel's content, it has amazing fact's explained by the bestest narrators who each put their own spin on it making it all the better, THANK YOU.❤❤😊
The crystal in the piezoelectric ignition is not electrically charged. It converts the energy from hitting it INTO electricity. Like if you could charge your phine by punching the screen.
@@TheJurnalyst I apologize, I’m used to people attacking me on the subject when I discuss it on other channels. So please forgive me for jumping to the wrong conclusion and I guess you’re right, I can’t recognize a compliment when I see one, but I’m working on it. You may not like me telling you what to do but, have a great day.
If you DIY a lot then get you a oscillating tool. When remodeling a bathroom recently the structures were built with those annoying staples. My oscillating tool was indispensable in cutting through those with great speed.
As I have heard it, Industrial diamonds are actually the harder type of diamonds and the ones slapped on rings are the idiot stones which aren't as hard, just pretty. Also the absolute hardest ones are very special created in actually rare circumstances into having a hexagonal structure instead of a cubic one. Normal ring diamonds are kind of overblown, extremely low in rarity etc.
Speaking as a metal detectorist, I can say that the reclamation value in a diamond ring is in the GOLD... and not the stone! Diamonds are kept artificially expensive, but their resale value is very low. In fact, many detectorists will pry the stones out and leave them in a jar while selling jewelry for its melt value.
I spent most of my life working with gems and minerals, and jewelry making. Industrial diamonds usually have impurities that cause them to be unsuitable for jewelry purposes. But all diamonds have what is called a perfect cleavage plane, and if hit from the right direction, they shatter like glass. And the industrial diamonds are also used for cutting and polishing other gems. You are correct that the price is artificial, a certain diamond company has huge vaults full of flawless diamonds, that keeps the supply controlled. There are occasionally large or unique diamonds, but the majority in the one to five carat stones are highly controlled. Many colored gems are truthfully more valuable than diamonds, like alexandrite, rubies, and emeralds.
8:55 PSA because the OP didn't mention it Don't use the curls from a metal shear as Christmas tree decorations these can be very sharp and dangerous for small children or even the unwary adult to handle. This warning shouldn't need to exist but I know the internet and someone out there will 100% try it.
Edit: The Lock Right Backup Wrench if flipped around it can also be used as a way to break loose the Nuts on the all-thread studs without having to use a Knock wrench and beater The Brush Grubber Extreme seems like it could also work as a anchor for a winch for pulling your truck out of the mud pit
Even though Ryobi is Japanese (where most good tools come from), they aren't up to large projects, great for small home jobbers, but that's about it. Try out the "red" Makita tools.
Although i use power sheet metal shears regularly I never get sick of the way some people/customers react when I use them i front of them. Most people dont even know they exist (and have FOREVER) and are in just shock and amazement when they see them in action for the first time. LoL like your some sort of modern day wizard 😂
Maybe not the only one, but I'm quite often surprised how the thing in the thumbnail is actually in the video. (Or I was, since now I know it always is 😀)
It's super hard, but it's brittle. A sudden impact is very different than the steady pressure from a cut. Think of a window and a baseball. You can rub the baseball on the window all day, the leather will never hurt the glass. Throw it at the window though and it'll break the window no problem. Same idea. They have high hardness, but low toughness, which actually are different scientific measurements. Hardness, strength, and toughness are all different measurements of different properties of a material. Hard doesn't mean strong, strong doesn't mean hard.
Just another reply for some clarity. Hardness is a measure of how hard it is to scratch, strength is a measure of how hard it is to stretch, and toughness is a measure of how hard it is to break. And usually as things get higher in hardness they get lower in toughness, which is what makes things brittle. Too hard to deform so it just shatters.
Hardness and toughness aren't exactly mutually inclusive. Ex: if you have similar size glass and plastic bottles, you can try this next experiment yourself! Throw them against a hard surface (a brick wall works wonders) and see which one survives.
That is why we "temper" metal - otherwise, it'll be too hard and become brittle and easily crack under pressure, impacts, ect. You basically need to balance hardness with flexibility - diamond is highly inflexible, its been compressed in the earth under extreme pressures for a long long time, having its mass compressed into a smaller form. Its essentially what happens when you take something softer and comparatively more flexible, and make it harder, more dense. Like graphite - both are essentially pure carbon, and you CAN make diamonds from graphite. Those are diamonds used mainly in industrial settings, or for cutting diamonds, ect.
5:08 This oscilating multitool was designed and patented by a German company Fein. When their patent protection expired every tool manufacturer made their versions of the tool, Ryobi is just one of them.
Ryobi, Milwaukee, and Hart are all brands owned by Techtronic Industries, a Hong Kong company. So Ryobi isn't Japanese, they also didn't develop Oscillating Multi-tool, and Milkwaukee isn't an American company. Not anymore at least. Also, 3800F is above Steel's melting point, and WAY above copper's. That website "panthereast" you got that info was OBVIOUSLY wrong about the temperature. Also, the Lokrite isn't held in place by "magnets". It's held in place by simply not being able to rotate past the neighboring nut (the reason for the screw).
I've used these core drills before. Large enough to fit a human inside the hole for opening bank vaults when they lock themselves out (legally, of course) its a very expensive and time-consuming project.
As a 10 year operator of concrete/rock core drills, blade- and wire saws, I can promise you they _do _*_NOT_* cut like butter, and their speed is not that high. They're awesome tools, but it's still a pretty slow process. Gotta remember, unlike a traditional basic drill (bit) that use sharp edges and often spiral flutes to cut, strip and gouge/hog out material - these kinds of concrete/rock/masonry diamond cutters grinds away at the medium. Think sandpaper, not knives. Prices may have chsnged over the years. But IIRC that particular hilti core drill model (looks lile a 300) is significantly more than 9 grand. Thr one I had used to spend more time at the service center than in the field, because the internal seals would notoriously fail, leaking water into the electronics.
diamond carbide doesn't cut composites like butter either... $500 - 1000 saw blades wouldn't even last a day when I worked for Martin Marietta (the irony being, it was still the cheapest option as water jets and lasers didn't work either)
@@wildbill6976 @wildbill6976 The excess friction and heat is murder on all such cutters eventually. It not only heavily wears at the substrate the diamond grit is bonded to, but it can get so hot that the bonding softens enough that the diamond grit eventually get torn off. The best you can usually do to improve longevity for these kinds of "cutters" is cool them, commonly by circulating fluid. The blade/shank/cylinder used just doesn't have nearly enough thermal conductivity for chilling _that,_ internally or a distance away from the cutting action itself, to help cool the "teeth" / crown(s) adequately. Fluid cooling "the cut" though, also helps lubricate and evacuate cut/ground material particles, both reducing excess friction. But fluid cooling / lubrication is usually a major no-go when cutting composites. As both the fluid itself, and through it other contaminants, can/will oxidize material and wick into the composite through the bare edges that the cut exposes. (I assume you know this well, but others reading this might not). Lasers aren't great for very thick composites, and/or composite materials with exceptional thermal conductivity like carbon fiber, graphene etc. Difficult to cut without damaging the surrounding material and compromise the binder/matrix. Waterjets - well then we're back to the wicking issue, plus the added bonus of the immense pressure causing fraying and delaminations. Good times 😅
Wow it's so satisfying! Congratulations on reaching 10 million subscribers, you have an incredible channel! I watch your UA-cam channel In Brazilian Portuguese Fala Sério Every day (yes I'm brazilian lol) Like if You are from Brazil
among the many company made and unique tools you'll find in a mechanics tool set you will also find some not so pretty, one of a kind tools that quite simply don't exist, as the mechanic themself made them by hand out of other tools, to get a particular job done, and has since saved them for when they have to do it again, so if you find some of these tools at a garage/estate sale do yourself a favor and pick them up you may not know what its good for but once you realize where it can be useful it will more than pay itself off by you not having to make your own in the first place
I bought that Ryobi multitool from a pawn shop so i didn't know it could change angles cause i didn't have a booklet. I just went out to my car at 1 in the freaking morning to see. It does. Lol
Diamonds are NOT the hardest. There’s actually an even harder carbon based stone. Lonsdaleite, they use it in cutting blades as well but it lasts longer and cuts better
Happy Easter everyone have a great day
Happy Easter to you. , too ❤🎉
Happy Easter! 🐣
Happy Easter to you .. have a great day
Thank you so very much and happy Easter to you and everybody else who commented here!!! May your ham be smoked and your beer be ice cold
@@jackieann5494 thanks I had a great day
The water faucet turbine in the thumbnail is at 22:40
Thanks for the time stamp. Disappointing it doesn't do anything. It's as "amazing on another level" as someone 3d printing a pinwheel to stick outside and say it can be used to power an LED.
“You are strong and wise, Anakin, and I am very proud of you.”
My dad is a carpenter, mobile home mover and setter
Its cool seeing the stuff we use on a daily base get the spotlight
🥚🪳🥚🪳🥚🥚🪳🥚🪳🥚🪳🥚🥚🪳🥚🪳🥚🪳🥚
Ryobi certainly did "not" create the oscillating multi-tool. It was created by GmbH Fein in 1967 as a plaster cast saw. In '85 Fein adapted the design for automotive use and in 2009 the patent expired allowing other companies to produce similar products. The first such clone I remember is the Dremel Multi-Max, certainly not Ryobi.
Yep. I have been using a multi tool for years to trim livestock hooves. It’s only as good as the blades you use. Like butter is far from the usual experience.
True but, I don't know any other manufacturer that has a swivel head on theirs.
Ryobi was purchased by the same group that runs Milwaukee and several other tool manufacturers.Their one plus tool line might pleasantly surprise you.
@@the-original-ghost I sale and repair Milwaukee makita and dewalt... we won't even touch ryobi and despite the rumors no they're not made in the same plant or with the same components
The old blue ryobi still takes modern ryobi batteries.
Construction workers are blessed by this vidoe
fr
Video
I am a specialist on construction work, this video does show some good ideas but most are already known
vidoe
@@Ishan9726gaming shut up
As a former concrete cutter. I can attest that running a core drill correctly does go through reinforced concrete like butter. Always fun to use but needed to be dead on to avoid issues. Biggest bit I ran was 30" in diameter
Why'd I think the diamond core drill was an iron lung 💀
Fr tho, love the vids! Keep up the amazing work, Be!
That "magical, crystal-hammering, flame wand" is literally a big kitchen lighter with a metal spike on the end. The technology is identical.
Super cool ‼ Part two please ‼💯
Love these innovations. For the "Backup Wrench" (14:24) to save money, make your own. Buy a socket set and weld a piece of bar on the side of each socket.
Better weld something with a thread to it, so you can use a bolt. As the device gets pushed into the neighboring nut, it may get too tight to remove, so you can loosen the bolt instead to release tension. (Not sure if it's clear what I mean, but I can't think of better words right now)
Or go the cheaper route and weld a Nut to a bolt...
@@NathanThompsonBlueEyes Or just don't be a limp wrist and use a dead wrench like real men do!
my God I love the ice pipe clamps!
How come MY oscillating tool never cuts like that?
imagine using diamond drills for diamonds to make new diamond drills
diamonds for daysss
You didn't pay attention.....its hamering that breaks the diamonds into dust
Imagine a robot shooting a gun at a plane that's made out of guns that shoot guns.
That saw blade pruner would my zombie apocalypse weapon
9:09 that some sweet pipes there! Not just the metalwork, but also those producing beautiful dulcet tones!
how interesting i didn't know these cool tools existed but now i do
"Industrial Diamonds" are MADE in a factory, they aren't there because they're "too flawed to be made into gems". The process making them isn't refined enough to produce gem-grade diamonds. When they DO decide they want to MAKE gem-grade diamonds, they are good enough to be totally indistinguishable from natural gem-grade diamonds. This is why the "natural" market -- aka DeBeers -- has taken to using lasers to tag the "natural" diamonds, so THEY can claim there is some reason anyone should pay more for a "natural" diamond instead of a man-made diamond that, without the laser-mark, could not be determined to be different.
You're kind of right.
huh?
Just nope. Industrial diamonds are mined just like gem quality. I used to live not that far from what was and maybe still is one of the major sources of Industrial grade diamonds.
While yes, the natural diamond market is highly controlled, and is one of the top monopolies to ever have existed in the world, like any gem or mineral, diamonds come in many different grades, industrial being one of them. And there is a process for “creating” flawless created diamonds. The laser marking is because the highest quality created diamonds are literally indistinguishable from natural diamonds. They test identically to each other.
A bunch of nerds are here
Super as always😁
I truly & genuinely ❤ this channel's content, it has amazing fact's explained by the bestest narrators who each put their own spin on it making it all the better, THANK YOU.❤❤😊
I enjoy your tool presentations because they provide more detail on how tools work.
The multi-tool you attributed to Ryobi was actually invented by a man named Fein. I’m not sure of the details, but it can easily be researched.
Yep. A German company. Like all the others, the ryobi only exists because Fein's 40 year patent ran out.
ITS JUST ADVERTIZING
I think what we're missing here was that this video is really just a bunch of commercials for products, and Ryobi bought ad space and Fein did not.
These huge conglomerate channels are crazy. Content mills are something i never imagined in my lifetime lol
The crystal in the piezoelectric ignition is not electrically charged. It converts the energy from hitting it INTO electricity.
Like if you could charge your phine by punching the screen.
You commented it, so I don´t have to. Thank you.🙏
That would be phine.
Happy Easter ❤❤❤
Happy Easter yourself
@@Timsmith13911well dat rude
@@Sus-oc5bx wtf
@@Timsmith13911Exactly what did he do?
Happy Easter everyone
It’s amazing that with modern diamond drills we still can’t match the Egyptian spiral drill holes and cores from thousands of years ago.
This is comment gold...
@@TheJurnalyst Research it.
@@Sandy.J.Lloyd.Sr. I already have... U don't know a compliment when u see one? "Research it"... 😑😒
Nobody’s perfect!
@@TheJurnalyst I apologize, I’m used to people attacking me on the subject when I discuss it on other channels. So please forgive me for jumping to the wrong conclusion and I guess you’re right, I can’t recognize a compliment when I see one, but I’m working on it. You may not like me telling you what to do but, have a great day.
I just fell down a rabbit hole of your videos on my day off from work haha and it was not disappointing. Very amusing videos . Thanks buddy
If you DIY a lot then get you a oscillating tool. When remodeling a bathroom recently the structures were built with those annoying staples. My oscillating tool was indispensable in cutting through those with great speed.
The little marshmallow guy doesn't yell "Amazing!" anymore. I miss that. Now I have to say it for him.
Love these types of vids! Keep it up
Your site has all the best info and entertainment!
9:00 hes voice actually sounds majestic
As I have heard it, Industrial diamonds are actually the harder type of diamonds and the ones slapped on rings are the idiot stones which aren't as hard, just pretty. Also the absolute hardest ones are very special created in actually rare circumstances into having a hexagonal structure instead of a cubic one. Normal ring diamonds are kind of overblown, extremely low in rarity etc.
Speaking as a metal detectorist, I can say that the reclamation value in a diamond ring is in the GOLD... and not the stone! Diamonds are kept artificially expensive, but their resale value is very low. In fact, many detectorists will pry the stones out and leave them in a jar while selling jewelry for its melt value.
I spent most of my life working with gems and minerals, and jewelry making. Industrial diamonds usually have impurities that cause them to be unsuitable for jewelry purposes. But all diamonds have what is called a perfect cleavage plane, and if hit from the right direction, they shatter like glass. And the industrial diamonds are also used for cutting and polishing other gems. You are correct that the price is artificial, a certain diamond company has huge vaults full of flawless diamonds, that keeps the supply controlled. There are occasionally large or unique diamonds, but the majority in the one to five carat stones are highly controlled. Many colored gems are truthfully more valuable than diamonds, like alexandrite, rubies, and emeralds.
Everything seemed casual until you broke out the Ryobi commercial. That link gave it away lol 😉
Happy Easter, Be Amazed!
0:13 oh yeah that’s a cultivator
yea no shit
If I may ask how stiff is your butter😂
Where are the springs on the Brush Grubber?
Thst last one would be great for harvesting mistletoe!
That chicken tendon one blew mind! Ill be using that reguo!
As far as I know, the true limit for the power of slingshots usually is their lack of a stock to liberate the aiming wrist from pressure.
8:55 PSA because the OP didn't mention it Don't use the curls from a metal shear as Christmas tree decorations these can be very sharp and dangerous for small children or even the unwary adult to handle. This warning shouldn't need to exist but I know the internet and someone out there will 100% try it.
The way he sang that christmas song was awesome 🙂🙂😂😂😊😇
Thanks, my friend, and happy Easter! I always look forward to your videos.
“I’m just a simple man trying to make my way in the universe.”
That's why good thumbnail is important. ✌️
Edit: The Lock Right Backup Wrench if flipped around it can also be used as a way to break loose the Nuts on the all-thread studs without having to use a Knock wrench and beater
The Brush Grubber Extreme seems like it could also work as a anchor for a winch for pulling your truck out of the mud pit
All are amazing. Thank you for your help to know this
5:07 I have that ryobi multi-tool and I love it. Recommend to anyone who does little or big DIY projects!
Sure looks like a tool to get.
@@Gnomelotte def is
Even though Ryobi is Japanese (where most good tools come from), they aren't up to large projects, great for small home jobbers, but that's about it.
Try out the "red" Makita tools.
@@DinDooIt harbor freight/hercules; fraction of the price and made in same factory /w same parts as milwaukee...
Although i use power sheet metal shears regularly I never get sick of the way some people/customers react when I use them i front of them. Most people dont even know they exist (and have FOREVER) and are in just shock and amazement when they see them in action for the first time. LoL like your some sort of modern day wizard 😂
Your literally the only like yt channel that actually has content that is not clickbait
Maybe not the only one, but I'm quite often surprised how the thing in the thumbnail is actually in the video.
(Or I was, since now I know it always is 😀)
Diamond being the hardest naturally occurring mineral can be 'shattered' by a hammer? I feel like I'm missing something...
It's super hard, but it's brittle. A sudden impact is very different than the steady pressure from a cut. Think of a window and a baseball. You can rub the baseball on the window all day, the leather will never hurt the glass. Throw it at the window though and it'll break the window no problem. Same idea. They have high hardness, but low toughness, which actually are different scientific measurements.
Hardness, strength, and toughness are all different measurements of different properties of a material. Hard doesn't mean strong, strong doesn't mean hard.
Just another reply for some clarity. Hardness is a measure of how hard it is to scratch, strength is a measure of how hard it is to stretch, and toughness is a measure of how hard it is to break. And usually as things get higher in hardness they get lower in toughness, which is what makes things brittle. Too hard to deform so it just shatters.
Hardness and toughness aren't exactly mutually inclusive.
Ex: if you have similar size glass and plastic bottles, you can try this next experiment yourself!
Throw them against a hard surface (a brick wall works wonders) and see which one survives.
That is why we "temper" metal - otherwise, it'll be too hard and become brittle and easily crack under pressure, impacts, ect. You basically need to balance hardness with flexibility - diamond is highly inflexible, its been compressed in the earth under extreme pressures for a long long time, having its mass compressed into a smaller form. Its essentially what happens when you take something softer and comparatively more flexible, and make it harder, more dense. Like graphite - both are essentially pure carbon, and you CAN make diamonds from graphite. Those are diamonds used mainly in industrial settings, or for cutting diamonds, ect.
I want the slingshot!
I'm addicted to sling shots
Can someone please count how many times he says butter?
3:48 Vincent Price used one of these in The Abominable Dr. Phibes!
People need to remember that these new houses burn at much much higher temperatures than an older house. Like almost triple the temps
5:08 This oscilating multitool was designed and patented by a German company Fein. When their patent protection expired every tool manufacturer made their versions of the tool, Ryobi is just one of them.
That's basically a 27:59 long tool commercial lol
OK HAHAHHAHAH
Yeah but I just can't scrape together enough for an orchard pruner atm...
7:28 So it's a very precise propane torch. Nice.
Ryobi, Milwaukee, and Hart are all brands owned by Techtronic Industries, a Hong Kong company. So Ryobi isn't Japanese, they also didn't develop Oscillating Multi-tool, and Milkwaukee isn't an American company. Not anymore at least.
Also, 3800F is above Steel's melting point, and WAY above copper's. That website "panthereast" you got that info was OBVIOUSLY wrong about the temperature.
Also, the Lokrite isn't held in place by "magnets". It's held in place by simply not being able to rotate past the neighboring nut (the reason for the screw).
I've used these core drills before. Large enough to fit a human inside the hole for opening bank vaults when they lock themselves out (legally, of course) its a very expensive and time-consuming project.
Be amazed you are amazing and I will see my self out 😊😂
This is the only infomercial I've ever enjoyed watching.
300 gallons per day 😳 That's super crazy( I was amazed)
Can we have a face reveal 😢? Please?😅
I have one of the Rigid faucet changing tools. Very handy.
As a 10 year operator of concrete/rock core drills, blade- and wire saws, I can promise you they _do _*_NOT_* cut like butter, and their speed is not that high. They're awesome tools, but it's still a pretty slow process. Gotta remember, unlike a traditional basic drill (bit) that use sharp edges and often spiral flutes to cut, strip and gouge/hog out material - these kinds of concrete/rock/masonry diamond cutters grinds away at the medium. Think sandpaper, not knives.
Prices may have chsnged over the years. But IIRC that particular hilti core drill model (looks lile a 300) is significantly more than 9 grand. Thr one I had used to spend more time at the service center than in the field, because the internal seals would notoriously fail, leaking water into the electronics.
diamond carbide doesn't cut composites like butter either... $500 - 1000 saw blades wouldn't even last a day when I worked for Martin Marietta (the irony being, it was still the cheapest option as water jets and lasers didn't work either)
@@wildbill6976 @wildbill6976 The excess friction and heat is murder on all such cutters eventually. It not only heavily wears at the substrate the diamond grit is bonded to, but it can get so hot that the bonding softens enough that the diamond grit eventually get torn off. The best you can usually do to improve longevity for these kinds of "cutters" is cool them, commonly by circulating fluid. The blade/shank/cylinder used just doesn't have nearly enough thermal conductivity for chilling _that,_ internally or a distance away from the cutting action itself, to help cool the "teeth" / crown(s) adequately. Fluid cooling "the cut" though, also helps lubricate and evacuate cut/ground material particles, both reducing excess friction.
But fluid cooling / lubrication is usually a major no-go when cutting composites. As both the fluid itself, and through it other contaminants, can/will oxidize material and wick into the composite through the bare edges that the cut exposes. (I assume you know this well, but others reading this might not).
Lasers aren't great for very thick composites, and/or composite materials with exceptional thermal conductivity like carbon fiber, graphene etc. Difficult to cut without damaging the surrounding material and compromise the binder/matrix. Waterjets - well then we're back to the wicking issue, plus the added bonus of the immense pressure causing fraying and delaminations. Good times 😅
“Satisfying” it’s quickly becoming such an overused word. Everything is always “ so satisfying” 😵💫😏😏😏
Well at least he didn't refer to any of the tools as a "platform", which is definitely overused!
I was using a subsoiled over 60 years ago. We used it to breakup the clay hard pan left by regular plows.
Nice. Another day, another joy
we need more power of time!
I got the notification so I connected my AirPods as fast as I could and then got onto UA-cam to watch this video. I was so excited!!!
Wow it's so satisfying! Congratulations on reaching 10 million subscribers, you have an incredible channel! I watch your UA-cam channel In Brazilian Portuguese Fala Sério Every day (yes I'm brazilian lol) Like if You are from Brazil
Uh don't you mean 12.3 million? 🤔
Oh yes! Thanks Angyal
Really nice video! Thank you!
among the many company made and unique tools you'll find in a mechanics tool set you will also find some not so pretty, one of a kind tools that quite simply don't exist, as the mechanic themself made them by hand out of other tools, to get a particular job done, and has since saved them for when they have to do it again, so if you find some of these tools at a garage/estate sale do yourself a favor and pick them up you may not know what its good for but once you realize where it can be useful it will more than pay itself off by you not having to make your own in the first place
FACE REVEAL AT 14M PLEASE 🎉🎉
The sheet metal cutting tool is used by first responders to cut people out of wrecked cars. Probably not battery powered.
Happy easter
Where is the tool for clipping off the chocolate bunnies ears.?
Happy Easter 🐰
This is Tim The Toolman Taylor Aproved!!!
So it’s 2.6 million years now? Hard to keep up.
The Room reference was hilarious
2800 degree copper? Wow, some copper! Steel melts at 2500
I would totally try the slingshot :)
I will not edge for one day for every like i get
Love your video Be Amazed and keep up the great work you are awesome
Just me or is this just a compilation of amazing ads
The Lokrite is actually incredible! Js
I ❤ this channel
Ok thx for the new tools we need for wooden trapdoors
i love how he says "forstreich maschinenbau"
the subscribe button shined once he mentioned it
how
this is crazy
frfr
Brand new sub, thanks for posting...
Happy Easter
The oscillating saw is also commonly known as a "guybrator".
Back up wrench $230, mole grip $20. Both can do the same job for the same reason
They use the same ignition system in your stove.
Oh my, a My Hero Academia reference of One for All
My hero academia did not make that saying
I bought that Ryobi multitool from a pawn shop so i didn't know it could change angles cause i didn't have a booklet. I just went out to my car at 1 in the freaking morning to see. It does. Lol
We use diamond tips to cut the lens blank that makes the lenses for your glaases.
Diamonds are NOT the hardest. There’s actually an even harder carbon based stone. Lonsdaleite, they use it in cutting blades as well but it lasts longer and cuts better
BeAmazed is going through his dad arc, we all will get there, now it's just about time till he develop the dad jokes and etc.