At 2:18 hammering in the magnets. If only he had some kind of tool that could press the magnets into the disk. Like a hydraulic press of some kind maybe?
Or use another type of pressure joint. The components are manufactured with an overlap. Then the components cool down/heat up and subsequently shrink/expand and the overlap disappears. The components slide on each other, after the temperatures equalize to the operating temperature, a firm connection is formed.
The grinder shield is probably ferrous and parasitically "stealing" power from the pot you're trying to heat. (That's why the shield got hot during your test run even though nothing else was warm.) Safety is definitely important but for what you're trying to do, remove the shield and either make one that's nonferrous or just several cm further away (magnetic fields decay at one over the cube of the distance, right?) should help. Interesting idea so thanks.
Yes, I agree in principle but there is a problem. Whilst the wife is in the workshop with you she is not in the house preparing your dinner and washing your clothes. So you need to decide.....
Banging on the magnets like that, actually drastically reduces their magnetic properties. With magnetic materials, one should be careful to not even drop them on the floor, because the shock causes the internal magnetic domains to become misaligned.
I was thinking roughly the same thing when I stumbled upon it today. Though, I was more concerned about him hammering brittle neodymium into aluminum. Sure, the metal is soft and he's using a deadblow, but... magnets are really, really brittle. Once those things chip in any way, it's over.
um Crazy Russian Hacker once told people to put dry ice in a homemade cooler (that he stole from a smaller channel) that blows air on the ice and towards you, you know what dry ice is, it is the solid form of carbon dioxide. He basically told people to give them self's carbon dioxide poisoning. so no
Believe it or not I built something exactly like this for research on anti-theft systems. Back in the early 90s I worked for a company that did research on electromagentic properties of amorphous (non-crystalline) metals. I was their research tech/shop guy. Mine even looked the same - except for a bit more safety factor on the aluminum. It was more to examine field fluctuations than heat however. I was terrified to run it - and I only took it to a few thousand RPM! Great work - you sure brought me back. BTW - company was Knogo out of Hauppauge N.Y.
Magnets won't go in so we pound them in with a hammer! This man is an expert because he didn't break any tapping them in. Those magnets are very brittle. Engineer respect.
@@Beyondthepress yes, make it full circle and extend some legs to lock the pot in place. Like, three legs the diameter of the pot, so that the pot stays centered and a smaller, full circle to support the pot weight. That way you get rid of the crappy zip ties.
It's humbling that even in a well-equipped machine shop, you still resort to cable ties as fasteners. PS: It was a lovely attention to detail that you trimmed the ends. That's the difference between a cowboy and a craftsman.👌
I wouldn't say leaving the ends on is the worst thing ever, cutting the ends in a place where you're very likely to cut your arm open is awful. Now if you melt the end with a lighter or use flush cuts then you're the craftsman
It was really fast at first, I think the magnets got hot and reached their Curie point and thier effect diminished, neodymium magnets have quite a low Curie point they start to lose their magnesium at around 80 degrees Celsius and have lost it completely by around 350 degrees Celsius, the steel pan also becomes slightly less magnetic with increasing temperature
You could more than double the magnetic field by adding a pole piece to the aluminium disc. A plate of mild steel that touches and covers the bottom of all the magnets.
Yep, was thinking the same. Hard to say if it would double the field, but it will increase it quite a bit. Make it at least 5-10 mm or more. Putting it on might be a bit sketchy though since it gets attracted to the magnets. Might be better to remove them first. This would reduce the heating of the grinder's guard and give more magnetic field change in the pot, so more heating.
6:22 - I appreciate the honesty! I know it was a joke, but in reality, safety is almost never #1 focus. Almost every company in every industry is: Speed First Quality Second Expense Third Safety Fourth
For future improvements, set up the magnets to form a Hallbach array. It will pretty much force the magnetic field to one side of the rotor and should nearly double your efficiency.
it may just burn out his grinder motor though if it needs to push it over each time...more magnets in a row make it really hard to spin something flatly....it probably would've exploded due to the magnetic forces bending the metal slightly
That disc, with the magnets arranged with alternating polarities, will also make a good demagnetizer. I made something similar (made to spin much slower, but I suspect RPM speed would not have an appreciable affect). I often use it to demagnetize hand tools and small milling vises that pick up an unwanted magnetic charge.
Also, the reaction was slow because the vibration / field was turning the pot and causing it to go off center. You can see that not all of the wheel is under the pot, thereby loosing the inductance provided by the exposed side of the wheel. Had the pot been held stable, then I think this would have worked much better. Considering my induction top is 1800W, the 1000W the grinder was pulling is not to bad really.
My guess is that the grinder itself heated the water, not the magnets. I'll believe this could work when I see a DMM reading, or at least an experiment where the grinders presence can't affect the results
@@timothydillon2334 there is no way that much heat was transferred into the pot as quickly as it did on the first run, I don't think it was even possible on the second run but definitely not the first one. The tool would take time to get hot let alone get hot enough to transfer that much heat into the pot that far away from the heat source in any amount of time.
Wife: What is number one ? Husband: you are number one ! Love it ! Your mad scientist approach is wonderful - the only truely inquiring mind is the one that tries things to see if they work or break. Also, the fact that you consider safety first is great. I wish more people did. Love your show, love your spirit. From Australia.
Makes sense that the efficiency goes down drastically when the pot is a little further away from the disk, after all magnetic fields decay by inverse cube of distance, so double the distance means 1/8 of magnetic field strength. Optimum would probably be a thin sheet of glass or heat resistant plastic as close as possible to the spinning disk.
Anni isn't the largest fan of my super nerdy physics videos that have also slight change of death :D But Anni's camera work is still superb on this video!
I just measured one and it was 0.02mm under the 20mm so I thought that "hey this are super precise! Just make a 20.00 - 20.02 hole and they fall in nicely" :D
You'd think he would use a press ;) Heat up the aluminium disc a little bit, place the magnet on an iron strip, because you don't want to push on the magnet directly, they're quite fragile.
@@Carambal81 yeah but the heat can damage the magnets too, maybe just heat aluminum to like 40C and use liquid nitrogen or something. That would do the job but honestly the rubber hammer seemed to work just fine
Incredible video and idea! Can I ask why you didn't mount a disc of copper above the grinder to be the "hot plate"? The induction of electricity in the copper should turn to heat because it doesn't have a path to take. Also, removing that guard (which is probably ferrous) may help with the amount of watts it's using. I look forward to the rest of your videos! :)
The copper would heat up yes but a lot of heat would go to waste when heating up the pan and a lot would go to waste in the air it is the entire reason why hot plates are made mostly of glass as it lets the magnetic fields through it while not heating up
The question that I never had, but always wanted to know! Great job Lauri and Anni! You got to that level of knowing what we wanted to consume (this video) before even ourselves knew it! :D
I guess now the question remains, would you be able to make the water any warmer just by mechanically stirring it at same speeds. It should be possible, in theory. :D-
You should use the router you used with the exploding grinding wheel discs. It'll be a lot more powerful than an angle grinder and probably higher RPM. Should also be easy to print a plastic table for the pot that fits where the existing router platform is too. And a wheel with a double ring of magnets.
Plastic and heat, hhmmm, I think a different material for the pot table would be better than plastic, Lauri has a massive workshop and could weld a metal stand quicker than printing one.
"You are [number one]" he says with a look of 'is this a trap' on his face. It's good to see the good husband rulebook transcends borders and languages!
@@SnorrioK - its usually the women beating the guy and I have the lumps and scars to prove it. Yes dear. Thank you dear. Please don't beat me dear. Those rolling pins and pots hurt LOL
Really excellent experiment! There are not many ways to make a mechanical demonstration of a digital electrical device. But how many of these will you build to replace your brick oven? 😉😁
That pan is designed to transfer heat from a heating element to the food in the pan with minimal losses. If you had a pan with more resistance it would heat up faster.
Maybe the power meter is getting confused due to the reactive power. Some power will be flowing from the electical grid to the coils in the motor then back to the grid every 50Hz cycle without getting used. I think Hopi make better meters for this sort of thing.
I think after the electronics video this calls the 24 000 rpm wood router for more power :D
Just doooooo it....
More power = More better
Would getting the bottom closer to the magnets help?
@@MF175mp Yep I think it helps a lot. It was pretty close already now but I think I can work on that bit more for the next video.
I HAVE ALWAYS THOUGHT ABOUT DOING THIS!!!!!!
At 2:18 hammering in the magnets. If only he had some kind of tool that could press the magnets into the disk. Like a hydraulic press of some kind maybe?
XDD
It's used only to destroy things. So have to use hammer If wants not to destroy magnets...
Or use another type of pressure joint. The components are manufactured with an overlap. Then the components cool down/heat up and subsequently shrink/expand and the overlap disappears. The components slide on each other, after the temperatures equalize to the operating temperature, a firm connection is formed.
using the press to do that would make the press ashamed of itself, because it is a proud equipment of destruction!
Yea, maybe some other UA-camr can help... ;P
Engineering in a nutshell:
A: Does it explode?
B: Does it work?
It is a failure only if it does not do either :D
@@gearloose703 That's why SpaceX is so successful. ;)
@@riku3716 space x sometimes switch them around so it works then it explodes lol#
Ideally, both! That is why I no longer have eyebrows. Black powder is sensitive, it seems.
If it explodes. It works. 👍
I love how he's pounding on the magnet when he literally has a 150T press right above his head..
Until it damages the integrity of the disk and explodes after spinning lol
@@marvet9573 But hammering damages the magnets... They also like to fracture very easily. Pretty brittle stuff
Husband knows correct answer : "you are number 1"!
I wonder what's number 3 🤣
That melted my heart.
The ultimate test of the relationship passed ✅
"what is number 2?"
This needs to be pinned.
"you are number 1"
You two are just too got damn wholesome.
I just stumpled on this video. I love these two. 😅 ... They are so wunderfull. And they make me miss my finish Friend 😊👍
The grinder shield is probably ferrous and parasitically "stealing" power from the pot you're trying to heat. (That's why the shield got hot during your test run even though nothing else was warm.) Safety is definitely important but for what you're trying to do, remove the shield and either make one that's nonferrous or just several cm further away (magnetic fields decay at one over the cube of the distance, right?) should help. Interesting idea so thanks.
Wife 1st, Views second, ??? third, and safety fourth?
This is a guy who actually DOES have his priorities in order.
third is the youtube money
Third: having fun!
hold the spinning magnets up to an old T.V. screen thats switched on. hopefully it will produce the killer purple effect on screen.
Taiwan #1
@@JaSon-wc4pn that would be cool
"Beyond the press" is becoming "Mythbusters II". Nice
A little bit Mythbusters, a little bit Jackass.
Didn't they describe it as Mythbusters without the myths already years ago?
that means the have to blow stuff up too! oh wait... :P
They reached Mythbusters II status the moment Lauri started playing with Dynamite.
Lol the next thing they need to do is get a huge magnetic disc and an old car out of a scrapyard to power it just to boil the water.
"You are #1" 😭😭 his face was so full of love i'm a puddle 💙💙💙
"What is number 1?"
"You are number 1!"
Correct answer sir.
"We are number one!"
Im sorry, it was an opportunity i could not miss.
@@xcenkni2457 But you are not an idiot. There are no idiots watching this channel.
so what is you ,if you is a number 1?
Lol best answer he could have given lmao
They both are so perfect 😍🥰
Every man deserves a wife that supports his crazy workshop shenanigans like her.
Yes, I agree in principle but there is a problem. Whilst the wife is in the workshop with you she is not in the house preparing your dinner and washing your clothes. So you need to decide.....
@@1414141x ... whether to have three or more wives, or just two.
😂 😂 😂
@@milanstevic8424 Are you a masochist?!
@@ViciousDelicious8 Lol.
Banging on the magnets like that, actually drastically reduces their magnetic properties. With magnetic materials, one should be careful to not even drop them on the floor, because the shock causes the internal magnetic domains to become misaligned.
I was thinking roughly the same thing when I stumbled upon it today. Though, I was more concerned about him hammering brittle neodymium into aluminum. Sure, the metal is soft and he's using a deadblow, but... magnets are really, really brittle. Once those things chip in any way, it's over.
you had such a hard time getting those magnets in, if only you had some kind of press to push them in with.....
Too funny!
lol
That would have been great, but alas, they do not.
Not just any press would do, he would need a pretty powerful one.
😂😂
Seeing him hammer the magnets in thinking, “he has a press”.
Newtonian magnets are somewhat fragile, that's why he used a rubber hammer.
Little heat to aluminium disk and, maybe, a little cooling to magnets? Not too much bc those magnets do not like heat (around
@@SeersantLoom Not so sure about that. Cooling the magnets would make them more brittle, which increases the risk of them cracking.
@@mruniverse9500 what about non-newtonian magnets?
press is too strong for the magnets and for the aluminium disk...
Love how you guys are basically the modern mythbusters! You come up with such cool science experiments
Crazy Russian Hacker: Safety is number one priority
HPC: Safety is number four priority
Yah it's opposite
dirty jobs: safety is number three
um Crazy Russian Hacker once told people to put dry ice in a homemade cooler (that he stole from a smaller channel) that blows air on the ice and towards you, you know what dry ice is, it is the solid form of carbon dioxide. He basically told people to give them self's carbon dioxide poisoning. so no
🤣🤣🤣🤣
@@obsessivecorvid just don't have it blowing in your face, problem solved
‘This was really difficult to do’ - shows caveman pounding with club
And doesn't use a press...
@@ma6cb cant use a press for magnets, they shatter very easily, would have to use a rubber mallet
@@shpaksgarage6786 use rubber press.
@@nunyabisnass1141 but a big guy using all his might to hammer in a magnet looks funnier
@@shpaksgarage6786 especially when he's using the handle of the hammer... 😅
Believe it or not I built something exactly like this for research on anti-theft systems.
Back in the early 90s I worked for a company that did research on electromagentic properties of amorphous (non-crystalline) metals. I was their research tech/shop guy. Mine even looked the same - except for a bit more safety factor on the aluminum. It was more to examine field fluctuations than heat however. I was terrified to run it - and I only took it to a few thousand RPM! Great work - you sure brought me back.
BTW - company was Knogo out of Hauppauge N.Y.
@lugnut1210 How did you make the magnetic disc?
"If anything goes wrong, everything wrong will be in the box... All the people will be safe..."
*Most nervous and insecure smile ever*
😆
I'm using this line on all projects from here on out. It's too perfect.
If everything goes wrong, every people will be in the box... All the wrong will be safe
It reminds me Chernobil disaster
Has the biggest press in the world...
Still uses a hammer.
He's just showing off his muscles :-)
The biggest press in the world wouldn't fit in his shop
I think it's to prevent the entire thing to just break if too much force was applied
😅 😅 😅
Very true lol
Magnets won't go in so we pound them in with a hammer! This man is an expert because he didn't break any tapping them in. Those magnets are very brittle. Engineer respect.
The slow zoom on Anni's expression was pure cinematography genius.
Where?
@@lemontree15 end
Near the end of the video.
As uncle AvE says, "Coffee first. Profit Second. Safety Third."
Mostly because his wife is not in the shop usually
@@Torchedini chickadee is though sometimes - she should be in the top 3
AVE and This Old Tony are now inspired to make something like this, but bigger.......
Good ole Uncle Bumblefuck!
Elemental Maker is another good channel with a similar feel to AvE.
Random person: “I like your accent.”
Beyond the Press: “Gwath agrhhcent?”👍
"Honey, let's make some tea." - "OK, I'll get the grinder!''
Something that only happens in finland
You should remove the grinder's metal shield, it's probably sucking some of the magnetic field and cutting it's heating efficiency
I thought about that but it was too handy platform for the bot :D I think should print new one out of plastic and use it on this videos
@@Beyondthepress yes, make it full circle and extend some legs to lock the pot in place.
Like, three legs the diameter of the pot, so that the pot stays centered and a smaller, full circle to support the pot weight. That way you get rid of the crappy zip ties.
@@Beyondthepress 3D print plastic one.
I think a ferromagnetic sheet (iron) behind the magnets would work.
@@Ktulu789 also use glass cover just like real stoves
"If it doesn't explode"
"Is it going to explode"
This channel is awesome!
The shot of hammering in the magnets after looking at your nicely machined aluminium disc was hilarious.
It's humbling that even in a well-equipped machine shop, you still resort to cable ties as fasteners.
PS: It was a lovely attention to detail that you trimmed the ends. That's the difference between a cowboy and a craftsman.👌
I wouldn't say leaving the ends on is the worst thing ever, cutting the ends in a place where you're very likely to cut your arm open is awful. Now if you melt the end with a lighter or use flush cuts then you're the craftsman
@@MrProbedout I leave the ends on so when I need a zip tie and can't find one I use a knife to pull up the clip and undo the zip tie and reuse it
It was really fast at first, I think the magnets got hot and reached their Curie point and thier effect diminished, neodymium magnets have quite a low Curie point they start to lose their magnesium at around 80 degrees Celsius and have lost it completely by around 350 degrees Celsius, the steel pan also becomes slightly less magnetic with increasing temperature
Don't need to watch it to like it.
The idea on it's own is intriguing.
Bashing with a hammer gradually weakens the magnets by randomizing magnetic regions.
I’ve recently found this channel due to UA-cam recommendations and I’m not mad
“It’s the grinders fault, not ours.” I gotta use that one sometime.
Make sure you emphasize "... not OURS" so that anyone standing there is implicated.
You could more than double the magnetic field by adding a pole piece to the aluminium disc. A plate of mild steel that touches and covers the bottom of all the magnets.
Yep, was thinking the same. Hard to say if it would double the field, but it will increase it quite a bit. Make it at least 5-10 mm or more. Putting it on might be a bit sketchy though since it gets attracted to the magnets. Might be better to remove them first.
This would reduce the heating of the grinder's guard and give more magnetic field change in the pot, so more heating.
I hope they do this in the next video with this tool
6:22 - I appreciate the honesty!
I know it was a joke, but in reality, safety is almost never #1 focus. Almost every company in every industry is:
Speed First
Quality Second
Expense Third
Safety Fourth
I think you got #2 and #3 in the wrong order.
For future improvements, set up the magnets to form a Hallbach array. It will pretty much force the magnetic field to one side of the rotor and should nearly double your efficiency.
it may just burn out his grinder motor though if it needs to push it over each time...more magnets in a row make it really hard to spin something flatly....it probably would've exploded due to the magnetic forces bending the metal slightly
And put the lid on ...
One "L'. en.wikipedia.org/wiki/Halbach_array
That slow zoom in to Anni's concerned face was priceless :-D
I think it's the acid kicking in
I literally thought he was wearing some kind of "Halloween costume hat", before I realized it was his ear protection.
I can listen to Finns like you talk all day. Love Finland and its people ❤ The accent is fantastic.
Watch Joni and Pate
You guys have evolved into complete 'mad scientist' territory, and I fucking love it!
Ngl if they are representative of a good portion of Finland its no wonder the Soviets lost the Winter War!
@@cr4zyj4ck Few more years and they build an evil lair/-laboratory under their new house.
🙃
"You are number one." Didn't miss a beat. 👍❤👍
Annie: "I can feel bad things coming."
I can't believe this is the first time I've heard either of them say that. 😆
That disc, with the magnets arranged with alternating polarities, will also make a good demagnetizer. I made something similar (made to spin much slower, but I suspect RPM speed would not have an appreciable affect). I often use it to demagnetize hand tools and small milling vises that pick up an unwanted magnetic charge.
Guessing an induction stove could also do the trick?
When pot is closer to magnets, they resist more to spin so power meter shows higher power usage (1kW) and that is normal.
Also, the reaction was slow because the vibration / field was turning the pot and causing it to go off center. You can see that not all of the wheel is under the pot, thereby loosing the inductance provided by the exposed side of the wheel. Had the pot been held stable, then I think this would have worked much better.
Considering my induction top is 1800W, the 1000W the grinder was pulling is not to bad really.
My guess is that the grinder itself heated the water, not the magnets. I'll believe this could work when I see a DMM reading, or at least an experiment where the grinders presence can't affect the results
@@timothydillon2334 there is no way that much heat was transferred into the pot as quickly as it did on the first run, I don't think it was even possible on the second run but definitely not the first one. The tool would take time to get hot let alone get hot enough to transfer that much heat into the pot that far away from the heat source in any amount of time.
"Safety is number 4 here!" - new HPC T-shirt, please!
Also "wife is number 1" shirt.
I remember some very early video on BTP when Anni said "Safety is priority number 57", I guess experience changes things :D
Wife: What is number one ?
Husband: you are number one !
Love it ! Your mad scientist approach is wonderful - the only truely inquiring mind is the one that tries things to see if they work or break. Also, the fact that you consider safety first is great. I wish more people did. Love your show, love your spirit. From Australia.
Safety was fourth I believe... Wife first, viewers second.
But they are divorced now
This content right here is what I signed up for when I subscribed you!
Me too!
“What the hell, it’s the grinders fault not ours”
Love it
Definitely using that one at work when or if anything goes wrong! 😆
were the magnetic fields all facing the same way or alternating?
Makes sense that the efficiency goes down drastically when the pot is a little further away from the disk, after all magnetic fields decay by inverse cube of distance, so double the distance means 1/8 of magnetic field strength. Optimum would probably be a thin sheet of glass or heat resistant plastic as close as possible to the spinning disk.
Also using a non-magnetic pan would help. You're wasting flux when the magnets are attracted to the steel
@@longboardwhore probably not. Aluminium pans don't work on induction cooktops, because their internal resistance is too low.
@@longboardwhore The opposite. Induction cookware needs to be made of ferrous material.
@@aivansama6265 Just like a transformer's core, but we do want the eddy currents here. (hypersil pot base?!...)
@@longboardwhore making the magnetic field switch much faster will have the pot "stick" less
I know it's Beyond the Press but...using a mallet to insert the magnets when you have a 150 tonne press just got me good XD
I tried also with the press but the magnets were really brittle. And also they are hard to keep in their place when inserting
@@Beyondthepress Forgot that they are sintered, that would've been a horrible clean up if it crushed
"All the problems are going to be inside the box" 😂😂😂😂😂😂😂
"lets start first and predictions after that" - Ever considered a position at head of UK Government?
This channel is underrated!
When wife involved, safety has higher priority.
When all you have is a hammer, all problems will seem like nails.
Nye's nye's you comprenkmd.
If it doesn't fit,don't force it. Just use a bigger hammer.
Why did he struggle with the hammer when he has a giant press?
The grinder has two threaded holes in the side. You could literally bolt it down rather than clamping.
Not sure if those are standard threads.
@@Basement-Science Pretty sure they are standard. He just wanted to jerryrig it.
@@gustavlicht9620 Could be. He'd still have to put together some frame he could bolt it to.
@@Basement-Science They're normal threads.
@@Basement-Science I work everyday with one of these and it's standard threads for sure
"You are number one." Best answer, veteran hubby status.
Anni's faces at the beginning tell us how she felt about it. :)
Anni isn't the largest fan of my super nerdy physics videos that have also slight change of death :D But Anni's camera work is still superb on this video!
@@Beyondthepress Maybe I'm the largest fan of the super nerdy physics videos. Hmmm??? Well, I know I'm at least in the top 5,000,000. Prrriitti Guud.
..and in the end! 😅😱
All that engineering to make that disc then welts magnets in with a fat hammer 🤣
I just measured one and it was 0.02mm under the 20mm so I thought that "hey this are super precise! Just make a 20.00 - 20.02 hole and they fall in nicely" :D
@@Beyondthepress just use 0.02mm hammer smasher 5 million 😁
You'd think he would use a press ;) Heat up the aluminium disc a little bit, place the magnet on an iron strip, because you don't want to push on the magnet directly, they're quite fragile.
@@Carambal81 yeah but the heat can damage the magnets too, maybe just heat aluminum to like 40C and use liquid nitrogen or something. That would do the job but honestly the rubber hammer seemed to work just fine
@@lachlanhatcher9108 Yeah that's true. Maybe over dimension the holes in the disc a tiny bit and simply glue the magnets in place.
Incredible video and idea!
Can I ask why you didn't mount a disc of copper above the grinder to be the "hot plate"? The induction of electricity in the copper should turn to heat because it doesn't have a path to take.
Also, removing that guard (which is probably ferrous) may help with the amount of watts it's using.
I look forward to the rest of your videos! :)
The copper would heat up yes but a lot of heat would go to waste when heating up the pan and a lot would go to waste in the air it is the entire reason why hot plates are made mostly of glass as it lets the magnetic fields through it while not heating up
"You are number one" Couple goals!
It's moments like this I put up a blast screen in front of my computer screen.
Underrated comment right here
It's just not cold enough long enough here in Michigan to drive a person to creativity like this.
The question that I never had, but always wanted to know! Great job Lauri and Anni! You got to that level of knowing what we wanted to consume (this video) before even ourselves knew it! :D
I didn't know it was such a long grind to boil a pot of water.
Yep, it would make your head spin
That is the best comment yet.
I'm doing a rusty old camper conversion and when I've finished grinding the sills I can now make a new stove for free...
thank you
Always looking forward to your Video’s . Best regards from Germany
This is such a stupidly bad idea that no sane person would or should ever do.
*I LOVE IT!*
Tune in next time, when Lauri and Anni show us how to use an induction stove as a makeshift drill press.
The look on Annie's face was priceless 😂😂😂
- wat is number one?
- you are number one.
Dodged a bullet there mate 😂
2:23 Gotta love the irony of hammering away at them... on a PRESS. Other's might not pick it up, but I appreciate the cleverly dry joke.
Ultimate magnetic stirrer.
Yes try putting ball bearings in the pot or something
I guess now the question remains, would you be able to make the water any warmer just by mechanically stirring it at same speeds. It should be possible, in theory. :D-
I love seeing a machinist beat the crap out of something with the handle of a hammer😁
"Safety is number, um, four..."
Love it. New sub here. Number one was the correct answer. Always. Number two was honest as well. Thanks!
Frozen Lake vs Red Hot Magnet Grinder 5 Million
You should use the router you used with the exploding grinding wheel discs. It'll be a lot more powerful than an angle grinder and probably higher RPM. Should also be easy to print a plastic table for the pot that fits where the existing router platform is too. And a wheel with a double ring of magnets.
Plastic and heat, hhmmm, I think a different material for the pot table would be better than plastic, Lauri has a massive workshop and could weld a metal stand quicker than printing one.
What I love most is the accent they both have, they are kind of singing when talking:)
"You are [number one]" he says with a look of 'is this a trap' on his face. It's good to see the good husband rulebook transcends borders and languages!
Wait, you thought only your country had that rulebook? Must be nice to live in a country where no men beat their partners.
@@SnorrioK wait, what?
@@Zoso14892 - "It's good to see the good husband rulebook transcends borders and languages" - from where?
@@SnorrioK I'm Scottish, definitely not completely fair but I do my best for my wife and daughter.
@@SnorrioK - its usually the women beating the guy and I have the lumps and scars to prove it. Yes dear. Thank you dear. Please don't beat me dear. Those rolling pins and pots hurt LOL
Anni's face at the start: "This is really stupid..."
Us: "Then it'll be awesome!"
Best couple on
YT ever.. watched for ages and subbed just now..!!!
Proving once again a watched pot never boils.
Welcome back to my laboratory where Anni is the number one priority
I didn’t care if it worked or not I was just enjoying watching you two! Lol.
Really excellent experiment! There are not many ways to make a mechanical demonstration of a digital electrical device.
But how many of these will you build to replace your brick oven? 😉😁
put a pigeon on there and then see if it can find its way home afterwards
Put a plate of copper on the polycarbonate, then measure the heat output. Magnets and copper act very interestingly when in close proximity.
Next video: Lauri mounts magnets in a lathe and turns it into a kiuas to make a sauna inside his shop.
Absolutely love Anni's reaction at the end 🤣🤣
looks like she has a sore from biting her lip too much
And where do I order my "induction death wheel"? how many payments? what phone number? is shipping included? How long do I have on this offer?
A wise man once said: "You are number one."
That pan is designed to transfer heat from a heating element to the food in the pan with minimal losses. If you had a pan with more resistance it would heat up faster.
Конечно же нет. Учиться в школе надо было лучше.
finally, an English video where i understand every word :-D Great Experiment, great video; thanks alot :-)
Maybe the power meter is getting confused due to the reactive power. Some power will be flowing from the electical grid to the coils in the motor then back to the grid every 50Hz cycle without getting used. I think Hopi make better meters for this sort of thing.
"I don't think I have to mention that safety is number... four, here." lmfao
I love the zoom in on annies face when he is describing all the other tests
Imagine the smell
Even when you have a machine shop full of tools, sometimes the final fitment still needs to be done with a hammer! I mean, "coarse adjustment tool."
"coarse adjusting tool" otherwise known as a knockometer, in Australia.
Or an autogene, you can fix anything with that.