Hi guys I just wanted to Introduce to you my other Channel "Kirkman's Academy" - which i'm just getting started. It's a go-to channel for simple explanations for hard to grasp subjects such as physics, maths and chemistry etc. Here is the link: www.youtube.com/@kirkmansacademy/videos . Thank you so much for looking, and if these topics interest you then I hope to see you the there. Many thanks indeed. Craig 😊👍
This is one of the finest explanation on how the Ultrasonic Cleaner works. Being the manufacture of such system, i was constantly nodding my head in affirmation every minute. Thanks for the efforts :) Great content !
The absolute best person I have ever seen for showing people how something works. His commentary is easy to listen to and so well detailed along with his diagrams. He really helped me to TRULY understand how carburetors work.
Gonna be honest, I wasn't expecting much when I clicked on this video... Then you whipped out all the molecular background of how water, atmospheric pressure and temperature intermingle and my mind was left blown. Excellent job in explaining this subject! I am much more prepared in my progression towards utilizing my ultrasonic cleaner to its full potential! Thank you!
Thank you so much. I really appreciate it. My thumbnails and descriptions probably don’t do the content justice. Thank you again for your kind feedback. Craig
Thank you so much for your explanation and amazing animation graphics. I've wondered about the actual science behind the ultrasonic cleaner for a while. Amazing video. Thank you.
Excellent explanation on ultrasonic cleaners! It should also be noted that in HVAC situations, the vacuum drawn by the vacuum pump literally BOILS the water away out of the system, courtesy of the absence of pressure (e.g. vacuum) within the system. So, drawing a vacuum on water in a sealed chamber can also induce boiling.
My old physics teacher used to use a vacuum pump to dry out bell jars at school to demonstrate this principle - I often wonder if it could be used as a clothes drying process but would probably use more energy than a traditional tumble dryer :D
@@Umski Evaporation causes cooling, so you still need to provide heat. However the required temperature would be lower, which would allow certain fabrics to be dried.
@@FullCircleTravis heating the item is not strictly necessary (I don't think) as dropping the pressure allows the water to evaporate into the vessel in which the clothes and vacuum pump inlet reside, the issue would be how much energy the pump needs and how to remove the water vapour molecules and then how to re-apply pressure without all the steam condensing back into the fabric! Heating would certainly help speed up the process of water evaporation but isn't strictly necessary as the boiling point is being reduced so the liquid water can make an easier bid for freedom as vapour...
@@FullCircleTravis indeed, hence latent heat and vapour pressure working together - the clothes and water would indeed get colder but that doesn't necessitate heating to get the water out, though it would of course help...
Wow, this was fantastic! A whole physics lesson in a few minutes, which was interesting, useful, comprehensive and intelligent. I wasnt expecting that when I clicked on the video! Outstanding stuff, thanks for uploading
This is one of the best explanation videos I've ever seen! If I were a teacher, I'd be using this in my classroom! Thank you for the time and effort you put into this!
Thank you very much for your comprehensible explanation of an ultrasonic cleaning machine. You are very good at explaining your point clearly with detailed animated examples. Normally I would have to repeat certain segments of a RUclips tutorial, but yours were very clear to the end.
I had honestly forgotten how weak those Hydrogen bonds were --- since my last chemistry class was over 40 years ago! Excellent presentation and very understandable in every respect. I own an ultrasonic cleaner for just this purpose and appreciate your work.
you deserve the finest the best like ever in youtube, this explanation is the best use of thermodynamics water saturation pressure vs temperature. the same example used by our thermodynamics professor to explain the phenomena of boiling water less or above 100C°, that of pressure cookers. once again, you deserve the best like ever.
Thanks for clearing that up so well. I always thought is was the high frequency vibration that literally shook the debris off. Happy to learn from you the science behind it. Thanks.
First of all, thank you for your nice comment. I really do appreciate it. Secondly, my science background is actually molecular biology, which I studied after becoming a repair engineer 👍
Superb explanation of the ultrasonic cleaning, thank you Craig. You went all the way into the details of physics behind the machine, so many questions answered in this awesome video. Thank you so much.
If you don't want to gunge up your cleaner's tank with oil and grease or _exotic_ solvents, you can put the dirty item(s) in a glass jar with the cleaning solution inside it. Of course you will still need to fill the tank with water to transfer the sound waves to the jar.
Making a full scientific explanation of the physics behind ultrasonic cleaner, in crystal clear explanations and animations, and in 14 minutes, is a tour de force on all respects. THANK YOU VERY MUCH for your efforts to bring this Excellent video. With my acknowledgement and encouragement. 👍👍👍👏👏👏
BRILLIANT TEACHER!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! I WANT TO HEAR MORE FROM YOU, ABOUT ANY SUBJECT!!!! GIFTED TEACHER!!!
Wow, what a detailed informative explanation. Thank you. I bought one two years ago. Such a great purchase. I’ll never use borax for a cleaning agent again in it though. It seized up my carburetor. Lesson learned. Stick to liquid detergents.
I'm a Chemist and Pharmacist and I want to congratulate you on how accurate all the physics info is on this video. It is so far the BEST explanation of this subject I've found. It would have also been good to have a short introduction to the power of the detergent as a tensioactive agent, lowering the superficial tension of the molecules of water to reach the tiniest holes and cracks in the cleaned parts. Other than that, Congrats again on a fantastic and perfectly explained subject.
Damn sharp! I am gonna have to check out more of your videos.. at 70 (birthday on the 6th) I sometimes have trouble following what folks are explaining.. But you were clear and succinct.. I followed the whole thing from start to finish.. I have been thinking of getting one of these for cleaning small parts (including carburetors) It is good to understand how they work. Well done!
Awesome video! I see some people on RUclips that say you can use the ultrasonic cleaner in this way; only put water in uscleaner. Then put a cleaning fluid in a jar with your parts you want to clean. Then they put a lid on the parts jar and load it in the uscleaner. They take out the jar and say the uscleaner cleaned the parts through the jar. What I'm seeing is yeah, the parts are cleaner but that's because the parts were soaking in cleaner. Personally, I don't see how that can work. Especially after watching your video.
Oh mate, you’ve came so down that rabbit hole I felt you’d almost scratch quantum physics, while explaining such simple thing as ultrasonic cleaner 🤩 That’s a brilliant mind!
Thank you very much for producing this video. I had been thinking about getting one for my shed, but each other video I saw about them, made me more sceptical about their worth. For different applications, each video presenter focused more on what solvent or chemical to use, rather than any information about the machine's processes, causing me to ask myself if the machine is more a gimmick and the solvent the actual cleaner. Finding your video has now answered that for me, and I shall now proceed with my purchase of one. Thanks again.
never was interested in how they work, not even got one, dont even know how this video popped up or why i clicked on it, but i did and within a few seconds was hooked, found it absolutely fasinating, you where clear and very informative and the diagrams and animation went together well, Thank you I actually learnt something.
Craig I’ve recently purchased a ultrasonic cleaner and now it’s great that I know how it works. Your videos are so informative. What detergent would you recommend? Everyone seems to have their own opinion. Will watch the video again to catch items I might of missed. Thanks for sharing your knowledge and videos. They are all helpful 😊
Arthur, Steve’s Small Engine Saloon has a couple of videos on how to use an ultrasonic cleaner and an excellent video comparing various cleaners. The outcome is surprising.
Hi Artie. Sorry for not getting back to you. To be honest I have tried many different detergents in my cleaners over the last few years and I've not seen a great difference between them myself. Personally, and I'm not saying you must do this, but I have found the very best way of cleaning engine mechanical metal type parts is to fill the ultrasonic tank with water. Then place your items to be cleaned into a separate container submerged in diesel, paraffin or even petrol. Then put this whole container into the ultrasonic tank and turn it on. The parts and the petrol will be separated from the water in the tank so no issues there. Otherwise go with the detergents and see what you think. See if you think there is much difference like me. Thanks again Craig
@@TheRepairSpecialistwith other words, the sonic provides little more than agitation. So over hyped. I bet mechanical solution agitator would so just as good when you have to use harsh chemicals. You should not speed all those lies on RUclips.
0:53 Factors. 9:37 It's also how refrigerators/heat pumps work with the refrigerant, compressor and condenser: the heat energy in the refrigerator has enough energy to boil the refrigerant into vapour (thus moving the heat energy from the inside of the refrigerator). Outside the refrigerator, the refrigerant vapor is compressed back into a liquid and heat is released (that's why the back of a refrigerator is always hot). The refrigerant is then pumped back into the fridge where it's pressure is much reduced (to below its boiling point) and the heat energy inside the fridge boils the refrigerant back into a vapour.
Great information. As far as carburetors go, how does one know if the water is thoroughly inside it or in other words no air pockets in any of the inside lines?
Fantastic. I wish I had this explanation decades ago when I ran boats. All that time it was that pesky cavitation caused by propeller blades themselves, wrecking the props and NOT my shallow water navigation skills 🤔
I have NEVER heard anything being explained in so much layman term-details as you have. I am so "knowledgeable" about ultrasonic baths that I feel like a scientist😉I will now look at an utraining bath in a much better way now....maybe if a take an ultrasonic bath myself I will feel much cleaner now then taking a conventional bath everyday😀😀😀. Thank you for that in-depth look and explanation. Very informative👌
I remember this being described on a TV program a very long time ago. Perhaps it was Tomorrow's World (in the UK). I have wanted one of these since then.
Hi guys I just wanted to Introduce to you my other Channel "Kirkman's Academy" - which i'm just getting started. It's a go-to channel for simple explanations for hard to grasp subjects such as physics, maths and chemistry etc. Here is the link: www.youtube.com/@kirkmansacademy/videos . Thank you so much for looking, and if these topics interest you then I hope to see you the there. Many thanks indeed. Craig 😊👍
Thanks I just subscribed
This is one of the finest explanation on how the Ultrasonic Cleaner works. Being the manufacture of such system, i was constantly nodding my head in affirmation every minute. Thanks for the efforts :) Great content !
I second this! Keep up the great work!
The absolute best person I have ever seen for showing people how something works. His commentary is easy to listen to and so well detailed along with his diagrams. He really helped me to TRULY understand how carburetors work.
Brilliant presentation - Thanks so much 😊‼️
Thank you so much for your nice feedback. It's comments like yours that motivate me to continue making these videos. Craig 😀👍
Agree 👍🏻👍🏻👍🏻👍🏻
Gonna be honest, I wasn't expecting much when I clicked on this video... Then you whipped out all the molecular background of how water, atmospheric pressure and temperature intermingle and my mind was left blown. Excellent job in explaining this subject! I am much more prepared in my progression towards utilizing my ultrasonic cleaner to its full potential! Thank you!
Thank you so much. I really appreciate it. My thumbnails and descriptions probably don’t do the content justice. Thank you again for your kind feedback. Craig
Finally! A complete explanation. This is the first I’ve seen. Well done.
Thank you so much for your explanation and amazing animation graphics. I've wondered about the actual science behind the ultrasonic cleaner for a while. Amazing video. Thank you.
This is the best explanation of an ultrasonic cleaner's function on RUclips, every company should just link this video on their FAQ page
Not a single second in this video where I'm lost. Magnificent presentation
That was the best explained thing ever THANKS!
I never understood CAVITATION till now, thanks so much ...
Yes, this is the absolute best explanation of how a coil works.
Excellent explanation on ultrasonic cleaners! It should also be noted that in HVAC situations, the vacuum drawn by the vacuum pump literally BOILS the water away out of the system, courtesy of the absence of pressure (e.g. vacuum) within the system.
So, drawing a vacuum on water in a sealed chamber can also induce boiling.
My old physics teacher used to use a vacuum pump to dry out bell jars at school to demonstrate this principle - I often wonder if it could be used as a clothes drying process but would probably use more energy than a traditional tumble dryer :D
@@Umski
Evaporation causes cooling, so you still need to provide heat. However the required temperature would be lower, which would allow certain fabrics to be dried.
@@FullCircleTravis heating the item is not strictly necessary (I don't think) as dropping the pressure allows the water to evaporate into the vessel in which the clothes and vacuum pump inlet reside, the issue would be how much energy the pump needs and how to remove the water vapour molecules and then how to re-apply pressure without all the steam condensing back into the fabric! Heating would certainly help speed up the process of water evaporation but isn't strictly necessary as the boiling point is being reduced so the liquid water can make an easier bid for freedom as vapour...
@@Umski
Phase change from liquid to gas is endothermic.
@@FullCircleTravis indeed, hence latent heat and vapour pressure working together - the clothes and water would indeed get colder but that doesn't necessitate heating to get the water out, though it would of course help...
The detail is tremendous. Love it. :-).
The video is great. Now I fully understand how an ultrasonic bath works. Thank you very much for the detailed explanation. 👍🏻
Thank you so much for your nice comment. I really appreciate it. Craig
Thank you so much for your hard work and your willingness to share.
You have helped me beyond measure.
Wow, this was fantastic! A whole physics lesson in a few minutes, which was interesting, useful, comprehensive and intelligent. I wasnt expecting that when I clicked on the video! Outstanding stuff, thanks for uploading
One of the best explanation video i've ever seen!
Wow, thanks! 👍👍👍👍
Thank you so much for this detailed but rookie friendly explanation I’ve certainly understood how it works now
Brilliant. So complete and clear. Thank you.
Best video explanation of the ultrasonic cleaner that I have seen. Well done and most appreciated.
This is one of the best explanation videos I've ever seen! If I were a teacher, I'd be using this in my classroom! Thank you for the time and effort you put into this!
A great explanation of the physics of your ultrasonic cleaner
Brother you are doing great work. Lots of love from india.
May you get to do the work you love till the day of your life.
Lots of love
Thank you very much for your comprehensible explanation of an ultrasonic cleaning machine. You are very good at explaining your point clearly with detailed animated examples. Normally I would have to repeat certain segments of a RUclips tutorial, but yours were very clear to the end.
That was intense. I learned far more than I was expecting. Thank you
Great and awesome way of explaining something with specific and appropriate details.
Wonderful explanation. Never seen before such an explanation 🙏🏻👍🏻. Thank you alot for all your efforts
This is the very best explanation of how ultrasonic cleaning works.
Thank you for your awesome comment. I really do appreciate it. Craig 👍
I had honestly forgotten how weak those Hydrogen bonds were --- since my last chemistry class was over 40 years ago! Excellent presentation and very understandable in every respect. I own an ultrasonic cleaner for just this purpose and appreciate your work.
The explanation of boiling water at a molecular level was very informative. Good work!
Thank you. I’m really pleased you found it useful. Thanks again. Craig 👍👍
Best explanation on ultrasonic cleaning. Thanks
Thank you so much. I really appreciate it. Craig 👍👍👍
Fantastic explanation! Thanks for helping us understand!
you deserve the finest the best like ever in youtube, this explanation is the best use of thermodynamics water saturation pressure vs temperature. the same example used by our thermodynamics professor to explain the phenomena of boiling water less or above 100C°, that of pressure cookers. once again, you deserve the best like ever.
In one word, just "EXCELLENT". Lots of love. Thanks for making this amazing video.
Really learned alot and enjoyed the detail explanation
Excellent teaching video
Brilliantly explained thanks I’ve just ordered a 2L one for cleaning up my Rc engines 👍
Thanks for clearing that up so well. I always thought is was the high frequency vibration that literally shook the debris off. Happy to learn from you the science behind it. Thanks.
Another very educational video Craig! Cheers
You must have majored in physics?
First of all, thank you for your nice comment. I really do appreciate it. Secondly, my science background is actually molecular biology, which I studied after becoming a repair engineer 👍
Brilliant, thank you for teaching me God bless you, James Fae Scotland Part of the uk 🇬🇧
I came here to learn about the US Cleaners, but learned a lot more in the process. Thx very much.
That’s awesome. Thank you for your response. Craig 👍
Very informative and explained in an easy to understand manner
So i learned more in this video than anything in my entire life. Why cant school and learning be this easy to explain..Very Well Done! SUBSCRIBBED
Thank you for your absolutely awesome feedback. I really appreciate it. Thanks again. Craig 👍
Just to let you know that I am aware that I have made a typo error where I write "Facters" when I meant Factors. Thanks. Craig
Blood ell, what an excellent way of explaining how they work. Thanks so much. Cheers Stuart 🇦🇺
Thank you! Clearly explained, informative graphics and honestly the best ultrasonic explainer I've seen.
Thank you so much. Craig
Simple and well explained.
Excellent explanation! Great video! Thumbs up! 👍
Brilliant. Loved your video explanation.
Superb explanation of the ultrasonic cleaning, thank you Craig. You went all the way into the details of physics behind the machine, so many questions answered in this awesome video. Thank you so much.
Than you so much for your kind feedback. Craig
Great explanation.
flawless explanation. thanks for sharing
If you don't want to gunge up your cleaner's tank with oil and grease or _exotic_ solvents, you can put the dirty item(s) in a glass jar with the cleaning solution inside it. Of course you will still need to fill the tank with water to transfer the sound waves to the jar.
Making a full scientific explanation of the physics behind ultrasonic cleaner, in crystal clear explanations and animations, and in 14 minutes, is a tour de force on all respects. THANK YOU VERY MUCH for your efforts to bring this Excellent video. With my acknowledgement and encouragement.
👍👍👍👏👏👏
This cavitation can also cause pitting on pistons if you get water in your fuel. That would be a good subject for a video. 👍👍
Very good idea 👍👍
Fascinating, many thanks for this explanation.
Thank you for your awesome comment. I really do appreciate it. Craig 👍
Fantastic explanation
Thank you for your awesome comment. I really do appreciate it. Craig 👍
BRILLIANT TEACHER!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! I WANT TO HEAR MORE FROM YOU, ABOUT ANY SUBJECT!!!! GIFTED TEACHER!!!
one of the best explaination
Thank you so much. Craig
Wow, what a detailed informative explanation. Thank you. I bought one two years ago. Such a great purchase. I’ll never use borax for a cleaning agent again in it though. It seized up my carburetor. Lesson learned. Stick to liquid detergents.
I'm a Chemist and Pharmacist and I want to congratulate you on how accurate all the physics info is on this video. It is so far the BEST explanation of this subject I've found. It would have also been good to have a short introduction to the power of the detergent as a tensioactive agent, lowering the superficial tension of the molecules of water to reach the tiniest holes and cracks in the cleaned parts.
Other than that, Congrats again on a fantastic and perfectly explained subject.
Wow, thank you. I really appreciate it. Craig 👍👍👍
Very micro detailed video and explanation... thank you so much for taking efforts.
That provided me with an astonishing blend of boredom and fasciation. Well done.
Greetings from Brazil! Great video and great explanation.
I now understand the process involved. Thanks mate.
Damn sharp! I am gonna have to check out more of your videos.. at 70 (birthday on the 6th) I sometimes have trouble following what folks are explaining.. But you were clear and succinct.. I followed the whole thing from start to finish.. I have been thinking of getting one of these for cleaning small parts (including carburetors) It is good to understand how they work. Well done!
Thank you for the nice comment, i really appreciate it. It's your birthday today so have a great day. Craig 🍾
@@TheRepairSpecialist And I thank you.. your a sharp fella.. I enjoyed your video so much I subscribed.. I can't wait to see what's next!..
Brilliant..!!!!! Great explanation and illustrations.
Awesome video! I see some people on RUclips that say you can use the ultrasonic cleaner in this way; only put water in uscleaner. Then put a cleaning fluid in a jar with your parts you want to clean. Then they put a lid on the parts jar and load it in the uscleaner. They take out the jar and say the uscleaner cleaned the parts through the jar. What I'm seeing is yeah, the parts are cleaner but that's because the parts were soaking in cleaner. Personally, I don't see how that can work. Especially after watching your video.
Oh mate, you’ve came so down that rabbit hole I felt you’d almost scratch quantum physics, while explaining such simple thing as ultrasonic cleaner 🤩
That’s a brilliant mind!
Thank you very much for producing this video. I had been thinking about getting one for my shed, but each other video I saw about them, made me more sceptical about their worth. For different applications, each video presenter focused more on what solvent or chemical to use, rather than any information about the machine's processes, causing me to ask myself if the machine is more a gimmick and the solvent the actual cleaner. Finding your video has now answered that for me, and I shall now proceed with my purchase of one.
Thanks again.
never was interested in how they work, not even got one, dont even know how this video popped up or why i clicked on it, but i did and within a few seconds was hooked, found it absolutely fasinating, you where clear and very informative and the diagrams and animation went together well, Thank you I actually learnt something.
just looked at youre other vids, so subscribed and will watch them,Thanks again
Fantastic explanation so clear ! Great 👍
Excellent explanation .
Craig I’ve recently purchased a ultrasonic cleaner and now it’s great that I know how it works. Your videos are so informative. What detergent would you recommend? Everyone seems to have their own opinion. Will watch the video again to catch items I might of missed. Thanks for sharing your knowledge and videos. They are all helpful 😊
Arthur, Steve’s Small Engine Saloon has a couple of videos on how to use an ultrasonic cleaner and an excellent video comparing various cleaners. The outcome is surprising.
Hi Artie. Sorry for not getting back to you. To be honest I have tried many different detergents in my cleaners over the last few years and I've not seen a great difference between them myself. Personally, and I'm not saying you must do this, but I have found the very best way of cleaning engine mechanical metal type parts is to fill the ultrasonic tank with water. Then place your items to be cleaned into a separate container submerged in diesel, paraffin or even petrol. Then put this whole container into the ultrasonic tank and turn it on. The parts and the petrol will be separated from the water in the tank so no issues there. Otherwise go with the detergents and see what you think. See if you think there is much difference like me. Thanks again Craig
@@TheRepairSpecialistwith other words, the sonic provides little more than agitation. So over hyped. I bet mechanical solution agitator would so just as good when you have to use harsh chemicals. You should not speed all those lies on RUclips.
0:53 Factors. 9:37 It's also how refrigerators/heat pumps work with the refrigerant, compressor and condenser: the heat energy in the refrigerator has enough energy to boil the refrigerant into vapour (thus moving the heat energy from the inside of the refrigerator). Outside the refrigerator, the refrigerant vapor is compressed back into a liquid and heat is released (that's why the back of a refrigerator is always hot). The refrigerant is then pumped back into the fridge where it's pressure is much reduced (to below its boiling point) and the heat energy inside the fridge boils the refrigerant back into a vapour.
I absolutely love this explainer! I've learned something new today!! Thank you so much. Now to buy one!!! Like some say-"wait me there."
I have one & they are incredible
That helps a lot thanks.
Great video Thanks
Great information. As far as carburetors go, how does one know if the water is thoroughly inside it or in other words no air pockets in any of the inside lines?
Constantly rotating and changing the resting position of a part ensures all passageways get cleaned
Thank you, that was very informative. 👍
Very welcome. Thank you. Craig
great explaination
Thank you for your nice feedback I really appreciate it. Craig 👍
excellent video. The physics are incredible. hello 👋 from Sydney Aussie
Nicely done
Thank you! Cheers!
good work
I wonder if the frequency of the pulse has any effect on the liquid or the type of gunk to be cleaned
Fantastic. I wish I had this explanation decades ago when I ran boats. All that time it was that pesky cavitation caused by propeller blades themselves, wrecking the props and NOT my shallow water navigation skills 🤔
Thank you. This was very informative.
Thanks for the great explanation! It was one of the best explanation video I've ever seen.
I have NEVER heard anything being explained in so much layman term-details as you have. I am so "knowledgeable" about ultrasonic baths that I feel like a scientist😉I will now look at an utraining bath in a much better way now....maybe if a take an ultrasonic bath myself I will feel much cleaner now then taking a conventional bath everyday😀😀😀. Thank you for that in-depth look and explanation. Very informative👌
Brilliantly explained! Thank you!
excellent explanation!
Well done, good on you!!
Thank you brother
No problem 👍👍
I remember this being described on a TV program a very long time ago. Perhaps it was Tomorrow's World (in the UK). I have wanted one of these since then.
Thanks very nice video I learnt so much from you 😀
nice painting, MS paint for life, good job ;)
Excellent video, the science and the visuals - loved it.
Thank you.
You're welcome! Craig