One of my clients had a CT scanner significantly larger than this. I urged them to started making social media content with it to help build brand awarenessand pivot from production to testing... They have since downsized to a fraction of their old company size and will likely be closing soon. Engineers are numb to how cool their own tech is, CTs are sick af!
The thumbnail and nondescript title had me thinking this video was gonna be about some horrific and unethical AR headset that uses ionizing radiation on whatever or whoever you point it at so you can see through the world around you like a CT scan
@@PointingLasersAtAircraftRemember that "xray camera" joke app? There's always a demand for such things (also some old phone cameras could be modified so it can capture through some fabrics)
Hi there, nuclear engineer here. I find the claim at 9:05. There is something called Gamma activation. That is where ionizing photos are able to, in short, MAKE things radioactive. Now the levels would be fairly low but it renders the aforementioned claim false. If you have a Geiger Muller detector available I'd measure the chamber and the object within before and after a long scan to either confirm this or prove me wrong.
Industrial Maintenance Technician here... yeah id get a Geiger i remember when our xray for checking parts started making parts radioactive... not bad just concerning
I have learned of this phenomonon from RUclipsrs... and was suspecting something like this when it was mentioned, but obviously do not have the background to say s***. (I am a corporate IT support) I am glad a member of the community clarified this, thank you!
You want a flex? Fine... Remember that video of a guy launching himself over the Judge's bench in a courtroom, sending judge, security, flags and so on flying? I put that in a nuclear physics lecture for post grads. Alongside screaming goats. I've taught nuclear physics to medically type people with memes. Now that is a flex I am proud of. (I shouldn't be)
subscriptions for equipment like this are standard. you don't want to buy them outright, you get a managed service contract that includes field service engineers and parts because even the parts you might need for it might be 5 figures and engineers can swap a few of them out at a time when troubleshooting. We could easily employ several of our own engineers for less than the total of just their engineer fees, but then we would have to pay for the parts outright each time.
Here is an idea for a video. Can this thing see the thermal paste application? This might put an end on the whole discussion of peas, Xs, lines, quantity and whatever other variables are discussed on the topic.
Thanks for the explanation on what it does. I've seen Adam Savage use Lumafield to have many things imaged, but they've never gone into wavelength of the x-ray beam or any of the other details. Tested always handed off a thing to Lumafield and then came back to talk about the scans of the thing. This was a good overview of the machine making the scan. Thanks a lot!
Yeah, I fly drones that cost 30k for a living, using subscription software that costs our customers 5 figures a year on top of labor and equipment costs. Different companies use those same drones and throw lidar sensors on them that can cost 100k. Industrial equipment is a whole other world, and I expected this to cost far more.
@@loweflyer7778 I work on the tech side of legal research and one of the things I do is discovery management. The document database software we use is the cheapest offering available, and it’s many thousands of dollars a year. We looked into other offerings in the space that would satisfy our needs, but the cloud based offerings (and they’re almost all cloud based these days) who will host the files and databases for you, will only do so at an average of roughly $50/month/GB stored. ONE of my discovery databases is 2.5 TB of documents meaning It would cost us $125k PER MONTH to host it if we used those services. And people wonder why either the plaintiffs don’t see as much of their settlements as one would hope or that their lawyers are using such antiquated computer software.
I used to work at a place that had an X-ray machine. I would mostly use it to examine PCBs, particularly BGA and no-foot components. It was also helpful for inspecting different layers of a PCB to identify any broken traces. The machine was quite old and kept in a lead glass case with pan and tilt functionality. I may have also used it to examine my cell phone and other electronic devices. I also helped move it. It was extramly heavy.
Having used CT scanners in a variety of engineering contexts I can confidently say they offer some of the coolest "oh snap" experiences! Looking forward to seeing what LTT does with theirs :)
I love your attention to detail on these more physically/technically challenging topics! LTT just nails explanations, even though as a consumer technology media company that is no given! Had full lectures on beamhardening and you just nail the summary...
Thanks for showing some of the controls and ways of operating such a full-on machine for a layperson. No way (and no reason) for me to ever get my hands on one or learn, but it’s SO COOL and really neat to get a glimpse behind the curtain (or behind the lead shielding) anyway.
Apropos flowers: Try putting some cut flowers into water with added Barium salts and let them take it up. This way you can magnificently see the veins and tissues of the plant. Would make for awesome merch too
Actually the best details are near the detector plate, just like light, where you have the best shadow detail is near the surface where the shadow is projected. You might lose some intensity if you scan a small object far of the x-ray canon, hence the "detail" loss, but it can be corrected by adjusting the lens or the time exposure.
Some devices if opened up the act of opening them voids your warranty, so this has a special use case in such a scenario allowing you to at least look for what may be "physical hardware issues" before having to risk the void of warranty and open it up.
Scan old retro console. I bet you can see the inside of those chiplets real easy considering the size of them. There's also all those car parts you think are way too overpriced. Then there's microphones and audio equipment. Acoustics and chambers are a real mystery. Last, I highly recommend a taxidermy cat or bird. Luke, forgive me.
Scanning different shoes would be interesting, like seeing the layers of a berkinstock or a tennis shoe. Maybe inside different price levels of monitors and laptops? Also batteries since you can't deconstruct those without risk
I groaned the minute you said "cloud platform". As for stuff to scan: old PC parts! I mean _really_ old ones, as in original 1981 IBM PC hardware. This would be great for the retro-tech community, as a way to get detailed layouts of circuit boards for the purposes of replicating old systems.
I was running sound on a shoot in the Senedd government building here in Wales and had to put all our kit through their airport style x-ray on entry. Only thing left running was the time code units we locked together in the morning. They all lost sync. Never had any issues with anything else.
Physics student working with x-rays here. You don't need a synchrotron or linear accelerator to get monochromatic x-rays. You can just add a monochromator to your regular x-ray source but you lose some energy and it obviously adds more complexity to your system.
I use one of these LumaField Neptune systems at my work. Super cool system but somewhat limited when getting into super small stuff; even with the smallest ROIs. It's really fun to mess around with and is extremely helpful with root causing issues without needing to take apart the sample.
I would love to see more GPUs scanned on this thing. (Also I personally want to see a Xeon Phi Coprocessor scanned... I'm something of a big fan of them and want to see an in-depth scan of the PCB)
4:15 You can inspect solder joints without having to zoom in a very specific area, as you stated. You have a tool that you could use and build an AI program to help differentiate what a good solder joint is vs not. I am sure you have the machines capable to train the AI platform and you do have a very smart crew to help you do so. Side note: I would absolutely love it, if you could create a tritiary channel, that covers coding and programming technology. The way you all explain new technology is amazing and think that this could be a great way to expand your brand.
I bet scans of various cables would be interesting. I'd like to have a look inside an HDMI connector or an active USB cable, though mounting those inside the scanner might get complicated.
If you all haven't checked it out: October of last year (2023) Adam Savage had some folks over and took scans of USB-C cables, including Apple's $130 cable. Definitely worth a watch if you think this stuff is super cool. Video is called A Look Inside Apple's $130 USB-C Cable
Except that the video is not "cool", it spreads missionformation. They acted like a thunderbolt cable is the same type of cable as Type C even tho those are not the same, acted like the overpriced Apple one is worth the money cause it's so much more complicated, which obviously is cause it's another type of cable.
Honestly I think it would be cool to do scans of a bunch of popular keyboards, mice, and controllers and make them available for download for wallpapers.
What to scan?? MICE! Corsair's Ironclaw! I wanna service the thing because grime has gotten in the mouse wheel, but why the f would you hide the screws and clips? If I knew whats where, I would likely open it up and service it. As a medical imager, I was very happy with the explanation of the device. Good job team! What I dont understand is why it needs the processing externally. It surely does not require a GPU farm to reconstruct a CT scan from raw data. Thats also a reason why the tech has been around for decades lol. That said, image processing also comes with reconstruction artefacts - which likely make it harder to test solder spots. If you are gonna pixel peep on a scan - good luck lol.
0:13 "it is impossible to see through apple vision without the device". At the same time Jerry rig everything :"hold my beer bro"... no joke that jerry rig everything did a complete teardown of aplle vision pro a month ago
For internal product testing, I can totally see how this makes sense. But as a consumer, why would I care about seeing a GPU scanned by a CT on the labs website? A picture of the die with the cooler removed would suffice. It could invalidate future testing, but then just test the thermals of the card once before removing the cooler would work too right?
This allows you to see every aspect of what you put in meaning you can see gaps between thermal pads defects inside coolers you can't normally see even defects in the PCB. The inside of power supplies and their components. Inside monitors. It allows you to easily make 3d models so everyone can see all aspects of the item for free quickly. Labs is not for you by the sounds of it as you aren't into the components
I would be curious to see if you could use a ct scanner to look at chip ICs... Youd probably only be able to do it with the older chips as the resolution might not be high enough for 5nm node processes and similar. Maybe it doesnt even work if it the different doped parts of the silicon look identical in the X-ray wavelength... But if it does work, that would be cool to see
This could be so useful for vehicles. If it was bigger. But really I mean like my rc car, cuz I think the differential is stripped but I don’t want to open it up, this would tell me!
scan a fish; research purposes. maybe see if there are micro plastics exposed within? . maybe try scanning a mechanical watch :) love the content - keep it coming champs
I think that it is better to have this machine as a subscription just because you do not have to deal with all crazy licensing of a x-rays emitting device. I might be wrong though, and maybe it is actually easy to have this kind of device on your country.
All the turbo nerds check out Real Engineering’s video on airport security scanners from this week! Happened to see it before this one, makes this one even cooler.
As a must do scan a good lithium battery that’s new and an old lithium battery. That’s in bad condition. Let’s see what kind of interesting differences you can see!!!!! I also have a lithium iron phosphate medical battery that is destroyed that can be over scanned to absolute insanity. I’m also wondering if the ionizing radiation may negatively affect chemicals in batteries? Wouldn’t it be crazy if you accidentally found a way to reverse damage inside of a battery by hitting it with radiation? It would likely work with what referred to as dendrites, which would be cool to see in the scan. I also have lead acid batteries in different levels of conditions that would be cool to scan as well. You’ll be able to see the sulfation and failing plates.
Good and interesting video. Small errors. Worst was at 7:50 in the video. I agree that budget phone sensors are cheap, but the sensor in this equipment is LARGE and therefore hugely expensive! It's most likely going to cost you $100k USD to get a new sensor in the machine.
I got admit the classical hidden message of “ this message from our sponsor” was very nicely and easily planned at the beginning of the video and very well executed😂
Casetify gonna take screenshots of the video to use in their new skins and cases.
lmao. oh-crap. seriously chortling here. Nice one. Also...it's funny 'cause it's true.
ruh roh 💀
😂
caseify will start coning human trials without copyright
Lmfaooooo dawg under rated comment 😂😂
One of my clients had a CT scanner significantly larger than this. I urged them to started making social media content with it to help build brand awarenessand pivot from production to testing...
They have since downsized to a fraction of their old company size and will likely be closing soon. Engineers are numb to how cool their own tech is, CTs are sick af!
The thumbnail and nondescript title had me thinking this video was gonna be about some horrific and unethical AR headset that uses ionizing radiation on whatever or whoever you point it at so you can see through the world around you like a CT scan
So you're saying there's a demand for this product?
@@PointingLasersAtAircraftRemember that "xray camera" joke app? There's always a demand for such things (also some old phone cameras could be modified so it can capture through some fabrics)
same brother
@@saiv46 Do you mean the oneplus 9 pro that had its camera disabled after like 3 weeks because people used to see through womens clothes?
Oneplus 8 had one of those cameras
Hi there, nuclear engineer here. I find the claim at 9:05. There is something called Gamma activation. That is where ionizing photos are able to, in short, MAKE things radioactive. Now the levels would be fairly low but it renders the aforementioned claim false. If you have a Geiger Muller detector available I'd measure the chamber and the object within before and after a long scan to either confirm this or prove me wrong.
I was also thinking about this, but I wondered to what degree it'd be dependent on material and isotope
Industrial Maintenance Technician here... yeah id get a Geiger i remember when our xray for checking parts started making parts radioactive... not bad just concerning
what a flex to be able to start a comment with "nuclear engineer here"
I have learned of this phenomonon from RUclipsrs... and was suspecting something like this when it was mentioned, but obviously do not have the background to say s***. (I am a corporate IT support) I am glad a member of the community clarified this, thank you!
You want a flex? Fine... Remember that video of a guy launching himself over the Judge's bench in a courtroom, sending judge, security, flags and so on flying? I put that in a nuclear physics lecture for post grads. Alongside screaming goats. I've taught nuclear physics to medically type people with memes.
Now that is a flex I am proud of.
(I shouldn't be)
It’s so cool to see the radiation fly through the sensor of the interior camera 8:30 (the little white specks you see flashing)
subscriptions for equipment like this are standard. you don't want to buy them outright, you get a managed service contract that includes field service engineers and parts because even the parts you might need for it might be 5 figures and engineers can swap a few of them out at a time when troubleshooting.
We could easily employ several of our own engineers for less than the total of just their engineer fees, but then we would have to pay for the parts outright each time.
Here is an idea for a video. Can this thing see the thermal paste application? This might put an end on the whole discussion of peas, Xs, lines, quantity and whatever other variables are discussed on the topic.
@@vitorviotti maybe, but they kind of already did that a lot cheaper... with a glass plate
Babe, wake up, it’s April and Linus is doing tax rebate purchases
Thanks for the explanation on what it does. I've seen Adam Savage use Lumafield to have many things imaged, but they've never gone into wavelength of the x-ray beam or any of the other details. Tested always handed off a thing to Lumafield and then came back to talk about the scans of the thing. This was a good overview of the machine making the scan. Thanks a lot!
Man, I keep forgetting how much I am from a different world of equipment because I heard “$75k a year” and went “Goddamn that’s cheap” 🤣🤣🤣
meanwhile for my department getting 15 rasperry pi and some decent monitors for the CS department needs tons of justification paperwork.
@@MasterGeekMXmy work multimeter cost 30k € .
@@tobiashegemann1811 Sure bud, sure.
Yeah, I fly drones that cost 30k for a living, using subscription software that costs our customers 5 figures a year on top of labor and equipment costs. Different companies use those same drones and throw lidar sensors on them that can cost 100k. Industrial equipment is a whole other world, and I expected this to cost far more.
@@loweflyer7778 I work on the tech side of legal research and one of the things I do is discovery management. The document database software we use is the cheapest offering available, and it’s many thousands of dollars a year. We looked into other offerings in the space that would satisfy our needs, but the cloud based offerings (and they’re almost all cloud based these days) who will host the files and databases for you, will only do so at an average of roughly $50/month/GB stored. ONE of my discovery databases is 2.5 TB of documents meaning It would cost us $125k PER MONTH to host it if we used those services. And people wonder why either the plaintiffs don’t see as much of their settlements as one would hope or that their lawyers are using such antiquated computer software.
I used to work at a place that had an X-ray machine. I would mostly use it to examine PCBs, particularly BGA and no-foot components. It was also helpful for inspecting different layers of a PCB to identify any broken traces. The machine was quite old and kept in a lead glass case with pan and tilt functionality. I may have also used it to examine my cell phone and other electronic devices. I also helped move it. It was extramly heavy.
Having used CT scanners in a variety of engineering contexts I can confidently say they offer some of the coolest "oh snap" experiences! Looking forward to seeing what LTT does with theirs :)
I love your attention to detail on these more physically/technically challenging topics! LTT just nails explanations, even though as a consumer technology media company that is no given!
Had full lectures on beamhardening and you just nail the summary...
This thing sounds just as cool as it actually is, and that's not a promise that is usually kept
Thanks for showing some of the controls and ways of operating such a full-on machine for a layperson. No way (and no reason) for me to ever get my hands on one or learn, but it’s SO COOL and really neat to get a glimpse behind the curtain (or behind the lead shielding) anyway.
Bro... Amongst the things that science can not currently classify or quantify is how BADLY I need one of these. NEEEEEEEEED!! NOWWWWWWW!!
1:14 This has to be the best sponsor plug in your channel's history of segues! lol hands down!
Bros gonna open a hospital and do CT scans. Next thing we know, he's getting an MRI
Linus tech 😊
I don't think so. Cause MRI require Hydrogen atom. Which are plentiful in humans as H2O. But I don't think any technology have such amount of hydrogen
Yikes...can you imagine Linus dropping magnetic metals all over the place...?
Linus Med Tips, anyone?
@@jatinjadam1703 Furthermore, some component materials tend to make the things go fly fly when they're put in a strong magnet.
Can't wait to see a bunch of videos with the lab. Feel like I've been waiting forever to see all those crazy breakdowns.
Apropos flowers: Try putting some cut flowers into water with added Barium salts and let them take it up. This way you can magnificently see the veins and tissues of the plant. Would make for awesome merch too
Actually the best details are near the detector plate, just like light, where you have the best shadow detail is near the surface where the shadow is projected. You might lose some intensity if you scan a small object far of the x-ray canon, hence the "detail" loss, but it can be corrected by adjusting the lens or the time exposure.
Linus can explain things in simple terms easy to understand and relate
RADIOLOGY MENTIONED!
as a certified radiology tech i am happy.
Cool merch design also!!!
hey real shit those scans on a public forum are gonna be huge for people who have the skills to make parts and mods
Some devices if opened up the act of opening them voids your warranty, so this has a special use case in such a scenario allowing you to at least look for what may be "physical hardware issues" before having to risk the void of warranty and open it up.
That's friggin amazing...
Scan old retro console. I bet you can see the inside of those chiplets real easy considering the size of them.
There's also all those car parts you think are way too overpriced.
Then there's microphones and audio equipment. Acoustics and chambers are a real mystery.
Last, I highly recommend a taxidermy cat or bird. Luke, forgive me.
I'm a radiologist and happy to see this. We basically do the same thing all the time... with people!
Scanning different shoes would be interesting, like seeing the layers of a berkinstock or a tennis shoe. Maybe inside different price levels of monitors and laptops? Also batteries since you can't deconstruct those without risk
Having such a toy, even using it, is a dream come true😎
I groaned the minute you said "cloud platform".
As for stuff to scan: old PC parts! I mean _really_ old ones, as in original 1981 IBM PC hardware.
This would be great for the retro-tech community, as a way to get detailed layouts of circuit boards for the purposes of replicating old systems.
I was running sound on a shoot in the Senedd government building here in Wales and had to put all our kit through their airport style x-ray on entry. Only thing left running was the time code units we locked together in the morning. They all lost sync. Never had any issues with anything else.
One of the best implementations of NERFs/Gaussian Splatting I've seen
Physics student working with x-rays here. You don't need a synchrotron or linear accelerator to get monochromatic x-rays. You can just add a monochromator to your regular x-ray source but you lose some energy and it obviously adds more complexity to your system.
I use one of these LumaField Neptune systems at my work. Super cool system but somewhat limited when getting into super small stuff; even with the smallest ROIs.
It's really fun to mess around with and is extremely helpful with root causing issues without needing to take apart the sample.
You can see inside something without opening it up? So this is perfect for finally proving whether Schroedinger's cat is dead or alive.
sponsor transition murdered me. Was so glued to the screen "WHAT CAN HE SEE?!"
I would love to see more GPUs scanned on this thing.
(Also I personally want to see a Xeon Phi Coprocessor scanned... I'm something of a big fan of them and want to see an in-depth scan of the PCB)
Pretty sure they will be doing scans of everything they put on the labs website, so your wish will/should come true.
I have never thought of x-ray being a shadow of an object, but thinking about it, it makes sense.
11:38 come on, Linus eventually you'll be able to get that to to play with
4:15 You can inspect solder joints without having to zoom in a very specific area, as you stated. You have a tool that you could use and build an AI program to help differentiate what a good solder joint is vs not. I am sure you have the machines capable to train the AI platform and you do have a very smart crew to help you do so.
Side note: I would absolutely love it, if you could create a tritiary channel, that covers coding and programming technology. The way you all explain new technology is amazing and think that this could be a great way to expand your brand.
I bet scans of various cables would be interesting. I'd like to have a look inside an HDMI connector or an active USB cable, though mounting those inside the scanner might get complicated.
so cool, they even have depth that you can see magnetic field outside controler solid!
OK, you got me, I leaned in a little closer to read "message from our sponsor"
Ok. That was probably one of the best sponsor segues I've seen him do.
You could scan how different types of thermal paste applications are ACTUALLY spread on the CPUs. Bead? X? Line? Finally an answer!
If you all haven't checked it out: October of last year (2023) Adam Savage had some folks over and took scans of USB-C cables, including Apple's $130 cable. Definitely worth a watch if you think this stuff is super cool. Video is called A Look Inside Apple's $130 USB-C Cable
Except that the video is not "cool", it spreads missionformation. They acted like a thunderbolt cable is the same type of cable as Type C even tho those are not the same, acted like the overpriced Apple one is worth the money cause it's so much more complicated, which obviously is cause it's another type of cable.
Honestly I think it would be cool to do scans of a bunch of popular keyboards, mice, and controllers and make them available for download for wallpapers.
Now this is the cool tech I subscribed for
That was probably the best ever sponsor segway
I would like to see scans of acoustic foam at the same exposure in order to compare density and bubble size
What to scan?? MICE!
Corsair's Ironclaw! I wanna service the thing because grime has gotten in the mouse wheel, but why the f would you hide the screws and clips? If I knew whats where, I would likely open it up and service it.
As a medical imager, I was very happy with the explanation of the device. Good job team!
What I dont understand is why it needs the processing externally. It surely does not require a GPU farm to reconstruct a CT scan from raw data. Thats also a reason why the tech has been around for decades lol.
That said, image processing also comes with reconstruction artefacts - which likely make it harder to test solder spots. If you are gonna pixel peep on a scan - good luck lol.
Me: can't book an appointment to do CT
Linus: check out the CT scanner i bought! Pretty cool huh?
0:13 "it is impossible to see through apple vision without the device". At the same time Jerry rig everything :"hold my beer bro"... no joke that jerry rig everything did a complete teardown of aplle vision pro a month ago
actually kind of amazing this tech has reached the cost it's at
This would make awesome art for merch.
Scan backpacks to make sure they are double layered. :)
linus should make a ram stick body pillow.so i can cuddle a ram stick😂😂
For internal product testing, I can totally see how this makes sense. But as a consumer, why would I care about seeing a GPU scanned by a CT on the labs website? A picture of the die with the cooler removed would suffice. It could invalidate future testing, but then just test the thermals of the card once before removing the cooler would work too right?
This allows you to see every aspect of what you put in meaning you can see gaps between thermal pads defects inside coolers you can't normally see even defects in the PCB. The inside of power supplies and their components. Inside monitors. It allows you to easily make 3d models so everyone can see all aspects of the item for free quickly. Labs is not for you by the sounds of it as you aren't into the components
That fuckin segue XD I'm dead. "Oh shit, how much can they zoom in...what am I about to se....ooooook"
I think the steam deck would be kind of cool to see through the lens of an X-ray not gonna lie.
Fun fact: The first medical CT machines used to spin the patient, but they proved too difficult to balance.
😃
The fact I just saw one of these in person 2 weeks ago is kinda cool. Engineering, yeahh
I would be curious to see if you could use a ct scanner to look at chip ICs... Youd probably only be able to do it with the older chips as the resolution might not be high enough for 5nm node processes and similar. Maybe it doesnt even work if it the different doped parts of the silicon look identical in the X-ray wavelength... But if it does work, that would be cool to see
Future LTT video: “So I bought a Linear Accelerator!”
I hope a bread dinosaur plushie comes out like that eventually. Hopefully i didn't miss it if it has?
on my way to buy one! Thanks Linus
What 3:12 whaatttttt
Going to be honest, this would help a ton of 3D modelers.
This could be so useful for vehicles. If it was bigger. But really I mean like my rc car, cuz I think the differential is stripped but I don’t want to open it up, this would tell me!
Please test ECC memory!
Stick in two running systems, with and without ECC and see which starts to spit out errors or bsod first!
I would love if you guys used this to make your own Dbrand "teardown" design like JRE's.
scan a fish; research purposes. maybe see if there are micro plastics exposed within? . maybe try scanning a mechanical watch :) love the content - keep it coming champs
5:33 "finally, since humans aren't particularly dense"
bet. I know some people as dense as concrete.
I think you should scan a DJI Drone ... one of the new ones!
waiting for Dbrand to be like hey can we borrow that
I am pretty sure considering the edge sharpness the best quality is closest to the receptor.
I think that it is better to have this machine as a subscription just because you do not have to deal with all crazy licensing of a x-rays emitting device.
I might be wrong though, and maybe it is actually easy to have this kind of device on your country.
RIP the whole electrical grid of Canada. Soon Linus will need his own Nuclear plant just to keep running.
well done LTT
Now I'm just looking forward for Linus to decide to modify the scanner and slap some watercooling on it. What could possibly go wrong.
All the turbo nerds check out Real Engineering’s video on airport security scanners from this week! Happened to see it before this one, makes this one even cooler.
As a must do scan a good lithium battery that’s new and an old lithium battery. That’s in bad condition. Let’s see what kind of interesting differences you can see!!!!! I also have a lithium iron phosphate medical battery that is destroyed that can be over scanned to absolute insanity. I’m also wondering if the ionizing radiation may negatively affect chemicals in batteries? Wouldn’t it be crazy if you accidentally found a way to reverse damage inside of a battery by hitting it with radiation? It would likely work with what referred to as dendrites, which would be cool to see in the scan. I also have lead acid batteries in different levels of conditions that would be cool to scan as well. You’ll be able to see the sulfation and failing plates.
I would love to see a scan of an Apple Watch tbh.
no one talking about the bangin segue
We can see: this message from our sponsor.. 😂😂
This is so cool!
Linus, you are my density.
nice toy really trippy, gues those xray could also shut down audio recorder
I'd love to see HDDs (Mechanical/SSD/MB-sticktype/setc) even USB flash drives and SD/mSD cards..yes I"m simple :)
Good and interesting video. Small errors. Worst was at 7:50 in the video. I agree that budget phone sensors are cheap, but the sensor in this equipment is LARGE and therefore hugely expensive!
It's most likely going to cost you $100k USD to get a new sensor in the machine.
Could you scan an aura ring? I don’t know if it’d be possible but it’d sure be cool
when the camera was close to the screen at 2:30 there was white artifacts on the screen. Not sure if its due to the magic smoke getting out or not.
You answered your own question. Scan a Thorum meteorite ring!
Thats gnarly!
I was working with this company for this product however it did not suit the company needs, but it is cool technology
Scan Dennis - who knows what you might find!
I got admit the classical hidden message of “ this message from our sponsor” was very nicely and easily planned at the beginning of the video and very well executed😂
This is ngl soooo heckin cool!!