Hi guys! This video took a little longer than usual because it was a bit more work than I thought it would be xD I’m very happy that this turned out the way I wanted. I hope you enjoy this one and have an awesome day!
AMAZING Keep up the amazing work Jon, I can't wait to see the final product and if the rims work or not! I'm currently trying to get a 2 in 1 out system working on my printer. It's a nightmare!
I visited Austin Texas recently and had a tour with Protobuilds with Marshall and he built large Cartesian 3D printers with enclosures that are heated. I asked him about what he did to cool everything and from what he said it looks like you're doing well but he mentioned one thing that he ran across with his heated chamber and his direct drive setup he mentioned that when his chamber was heated to 100-140 Celsius that the filament getting fed into the direct drive extruder was getting too hot as well as the direct drive extruder gears. His solution was to enclose the filament going to the direct drive extruder and to push external pressurized air so that it would cool the filament as it would go into the extruder and the blow off pressurized air would cool the extruder gears. great work Jon ! if you have any questions contact Marshall from protobuilds in austin texas. he has been down this road and is extremely knowledgeable
I love how you always seem to regret every decision you make as you are building, and giggle the whole way through! You bring so much happiness sir! :)
Thanks! Good suggestion, I did it once at school with lead and I was doubting to use sand. I didn't use sand because I thought it would be more difficult to hold it in place, but that was before I realized I had to close the tube on both ends xD. Melting lead leaded to this fun B roll sequence though ;) I'll try sand next time
Silicon sand is what you use, ive seen motorbike frames bent in this way.. well ive seen it because me and a friend did it to my supermoto frame and he was taught to do it that way by a well known metal fabricator here in the uk. You have to then heat the metal up while bending it, it keeps the round shape but it does make the outer wall thin if bent to much..
I love this new series even more than the first one! Pushing everything 10 levels higher than the "next level", insane! And of course I do love the engineering sprinkled all over it, great design!
I don't know how you don't have more subscribers. Your videos are always fantastic: great video quality, unique and interesting content, and you explain your build processes. You've definitely become one of my favorite channels
For the pipe bending I have used sand instead of lead, I heard that you could even use ice. Ohhh man. that X-Ray. Nerdgasm ! Keep the good work. Cheers.
Amazing, the only thing is cooling the steppers on the back makes it harder to add encoders. IMO the most significant thing missing from consumer and prosumer 3D printers is encoders for steppers.
I'm going down the line of a full water cooling setup, including the stepper motors. but I found some 40x40x12MM blocks that fit perfectly on te back of the Stepper motor back ends with Thermal tape. Making them removable. I'm running an Ender 3 V2 with Sprite direct drive Hot end and The Creality water block for the hot end. Externally I'm running a 240MM radiator and larger lines, reducing them down for the Hot end, but full size for the Steppers. Once I have all the parts gathered up and start assembling I'll put some pics up and post the links out...
Very interesting post well done! be careful of having aluminium and copper in your loop at the same time- it will be an issue unless you use a coolant that has inhibitors in it, 1 rule I always follow is to have the pump at the lowest point in the loop with the reservoir always above it, it reduces the risk of pump running dry and killing the pump, also a trick I was shown a long time ago to bend pipes was to fill them with sand 1st to stop them kinking...
really helpful to see the tube bending and soldering, and really like the idea of using the motor housing as the heatsink. I am looking forward to the enclosure and anything you can talk about its usefulness and temperature control...
Hey there... Lello here from Brazil again!!! Almost 15k... congrats!!! Let's head to 100k...and I'll still be here with you. Nice shirt by the way... Maybe one day I'll go to this amazing festival!!! RnR 4ever!!!
Wat een briljant idee om de back cover van de motor te voorzien van koelbuisjes. Er zou markt voor zijn als je dit cnc gefreesd en met gangbare koppelingetjes zou kunnen kopen.
Two suggestions, you might consider using supply & return manifolds to distribute & collect the coolant to each node individually instead of daisy-chaining them so you have the same temp going to (and from) each as opposed to transferring the heat from each section through to the next, and secondly, using a pipe-bending spring that slips over the pipe and prevents any kinks from forming as you bend the pipe to the shape you want. Old-school but it works like a champ.
Insane, as ever! Awesome stuff. I have a new plan - whenever a newbie asks on the Facebook groups what mods they should do to their new printer, I'm going to point them to this channel :-D
Topic goes like: "Hi I'm new to 3D printing and just printed this dog, what's the first thing I can do to make it better?" And you're like: "Make yourself a water cooled system" xD Cool that you want to share my channel, thanks Kevin!
@Proper Printing Maybe this sounds like a silly idea, but maybe you could make a filament exturder. I hear (and am experiencing, because i am making one myself) that they are reasonably priced. you could also buy one, the filasturder is €500. long term returns could out weight the costs. You could consider it. 500 euros is about 25 spools worth.
Man THIS IS COOL! I've been doing something similar with an ender 3 the past few months, and have run into so many issues, but it's thankfully almost done. Seeing this build was so inspirational!! Thank you so much!!! Cant wait to see the print results!
Dude you’re a madman! Lol that Xray machine is awesome, was not expecting it to be 3D! Your videography work is excellent too, can’t wait for the next video!
hahaha thats awesome I been wanting to CNC machine a custom hot end thats watercooled for a long time just never got around to it with my other work going on, this is a cool setup! Cant wait to see it printing!
Holy shit!!😱That is a sick ass printer! Don’t stop keep up the good work!. Can’t wait to the next upload. I love these kind of videos I’m always learning something 😎👍
ive been following along on this series. so far, i have been thinking, i can do that, i can build that. today i got left far far behind. you are building a thing of beauty
I 'm hopping that in our enclosure design you put the heater element in front of this cooling radiator in order to improve the global efficiency of the whole system by heating air that was already heated by the cooling system.
I'm already having SUCH a big smile on my face after just 1:30 minutes in. I subscribed to the right channel. ;) Btw: The Verge has a great video on water cooling a PC I've heard, so be sure to take notes from that one. En "made out of frustration" en "godverdetering" moet je trademarken. ;)
You can also use fine sand instead of water in the pipe when bending. Might be safer if you are heating after. Word of caution: The coolant is somewhat conductive and majorly interfered with my Thermocouple readings if not electrically insulated. Thermistors should be fine. I made my own water cooled system on Replicator 2X 4 years ago and just got rid of it this week when upgrading everything. It certainly kept everything cool! I'm already missing the stepper cooling ability and I hope I don't have to go back but thinking if I tune things properly I wont need it....maybe some added passive or fan cooling.
Wow, super-useful video! I’d tried bending some small Al tubing by filling it with low-temp alloy, but had problems bending because it cracked. I like your simple “press-brake-type” tool, am gonna experiment with that approach. (Thanks!!) I also wasn’t aware of Dyze Design, but am interested in a high-temp hot end for my eventual (planning stage now) RatRig CoreXY machine. The Dyze stuff looks great, I think I’m going to go with them for the extruder/hotend system. - So tell them that giving you their stuff was indeed very effective marketing! 👍😁
I love your videos, you have very innovative ideas, and you're not scared to put those ideas into action. You also have really good production values. Totally awesome. I think you should make your next video about DIY volcano hotends... By taming Mount Etna. And I bet you could probably do it! Keep up the good work, you inspire me to do better.
One more sick video!!!! You are always coming up with innovative and cool stuff, and the filming/editing skills are also on point. That X-Ray machine is crazy!!! Really enjoyable :)
Heel vet idee, waterkoeling op een 3d printer, mooie producten ook die je gebruikt voor dit project, vind de serie video's steeds leuker worden, heel interessant, vooral de technische kant van je video's is geweldig om te zien enne..die X-ray machine is uber vet!
I believe that radiator is the TX360 Ultrathin Radiator by XSPC. If so, that is a copper/brass radiator. If you use this radiator with the aluminum tubing you bent, then you are at high risk for galvanic corrosion. You may want to consider an aluminum radiator instead, to prevent this issue. Otherwise you should consider anti-corrosion additives.
being a former case modder myself. I am taken way back. Looking at my old rig right next to my foot as I type this wondering if I should rebuild it to run new hardware or simply keep it as is.
i cant wait to see what filament/s you choose for the rims. I want to build funtional motorcycle parts. aside from mirrors ect, but stuff like triple trees....
I don't know much about the practical aspects of thermodynamic engineering, so maybe this question is silly, but I'd still appreciate any and all answers: Would insulating the motors help? They're in a hot environment and the cooling is a virtually closed loop from the heatsink on the inside to the rad on the outside, so would insulation around the motors help avoid drawing any heat from the chamber through the heatsink? Or does the low thermal conductivity and volumetric capacity of air make only a negligible difference in practice? Again, just asking out of pure curiosity, if anybody has had experiences with that kind of hypothesis I'd appreciate hearing your reasoning one way or the other :)
Thanks! Soldering copper on aluminum is possible, but this was the tubing I already had lying around and it's less common to use. This made it more interesting to show I recon.
@@properprinting it is a bit yes, I am also aiming for a heated chamber, but I am going to attempt to mount the steppers in a basement area of the printer and transmit the power to the kinematics with driveshafts.. I may make a video when I am done in a couple of months lol
I'm thinking of making a heat-sink out of copper plate and copper tube , i hope to be easier for me, what do you think about this approach ?thanks for sharing.
Awesome! I think that your approach is not only easier, but better too. It's not good for the motor to take it apart and I did loose torque. This video was meant to experiment and see if this was even possible. Good luck!
I recon it is. I think it looks worse than it is since X rays have more difficulties traveling through lead. Next time I should use sand like has been mentioned by others
Hey great vid! I'm making my own liquid cooling also for my dyzend. Problem I'm having is my fans use a 4 pin molex I have an atx to power it. Not using the motherboard connector. So it's been a pain to get it to work properly. With the constant not returning back to the molex (fixed that) now the remote that it came with is not working. If you have any suggestions that would be great. Thanks
Hi guys! This video took a little longer than usual because it was a bit more work than I thought it would be xD I’m very happy that this turned out the way I wanted. I hope you enjoy this one and have an awesome day!
You are a mad lad! I would have never thought of doing something like this to my Ender 3 (mainly because I don't have the skill to do so).
AMAZING
Keep up the amazing work Jon, I can't wait to see the final product and if the rims work or not!
I'm currently trying to get a 2 in 1 out system working on my printer. It's a nightmare!
Awesome stuff Jon! I guess you will pull cold air from the outside of the case to that radiator?
awsome project. i was waiting for this video. i hope next one will not take as much :)
It was an awesome video, great editing, great sidetracks and an awesome project!
Next episode: Replaced my Ender 3 extruder motor with a 600hp Mustang block - see that filament go !
haha and use the heat of the exhaust to melt the filament xD
Meh a ICE isn't good controllable, I rather see him use big servos :)
@@Damicske its a joke
I visited Austin Texas recently and had a tour with Protobuilds with Marshall and he built large Cartesian 3D printers with enclosures that are heated. I asked him about what he did to cool everything and from what he said it looks like you're doing well but he mentioned one thing that he ran across with his heated chamber and his direct drive setup he mentioned that when his chamber was heated to 100-140 Celsius that the filament getting fed into the direct drive extruder was getting too hot as well as the direct drive extruder gears. His solution was to enclose the filament going to the direct drive extruder and to push external pressurized air so that it would cool the filament as it would go into the extruder and the blow off pressurized air would cool the extruder gears.
great work Jon !
if you have any questions contact Marshall from protobuilds in austin texas. he has been down this road and is extremely knowledgeable
Interesting, thanks a lot for this information! I'm sure I'm going to learn a lot from this project xD
That X-ray was pretty cool, its awesome that you were able to use that for your project!
I love how you always seem to regret every decision you make as you are building, and giggle the whole way through! You bring so much happiness sir! :)
Great video like all of them. Small tip for pipe bending, heard from old school - use sand instead of lead.
Thanks! Good suggestion, I did it once at school with lead and I was doubting to use sand. I didn't use sand because I thought it would be more difficult to hold it in place, but that was before I realized I had to close the tube on both ends xD. Melting lead leaded to this fun B roll sequence though ;) I'll try sand next time
@@properprinting Even filling them with water and freezing over night does the trick !
Or take a thin ‘trekveer’ and pull it through. After bending you just pull it out
Silicon sand is what you use, ive seen motorbike frames bent in this way.. well ive seen it because me and a friend did it to my supermoto frame and he was taught to do it that way by a well known metal fabricator here in the uk. You have to then heat the metal up while bending it, it keeps the round shape but it does make the outer wall thin if bent to much..
I love this new series even more than the first one! Pushing everything 10 levels higher than the "next level", insane! And of course I do love the engineering sprinkled all over it, great design!
I don't know how you don't have more subscribers. Your videos are always fantastic: great video quality, unique and interesting content, and you explain your build processes. You've definitely become one of my favorite channels
Thank you Joshua!
Puts a smile on my face seeing how happy and excited you get when something works out :) can't wait to see the next part man.
Not only the project is a solid 10/10 but oh man I'm drooling over your production quality!
This is awesome. I bought a Dyze design carbide nozzle, but held off on the extruder. But now I'm reconsidering....
No better start of the weekend than a proper proper printing vid :)
For the pipe bending I have used sand instead of lead, I heard that you could even use ice.
Ohhh man. that X-Ray. Nerdgasm !
Keep the good work. Cheers.
Amazing, the only thing is cooling the steppers on the back makes it harder to add encoders. IMO the most significant thing missing from consumer and prosumer 3D printers is encoders for steppers.
I'm going down the line of a full water cooling setup, including the stepper motors. but I found some 40x40x12MM blocks that fit perfectly on te back of the Stepper motor back ends with Thermal tape. Making them removable. I'm running an Ender 3 V2 with Sprite direct drive Hot end and The Creality water block for the hot end. Externally I'm running a 240MM radiator and larger lines, reducing them down for the Hot end, but full size for the Steppers. Once I have all the parts gathered up and start assembling I'll put some pics up and post the links out...
You a reminiscent of a mad scientist but in a good way. I love your creative mind.
Very interesting post well done! be careful of having aluminium and copper in your loop at the same time- it will be an issue unless you use a coolant that has inhibitors in it, 1 rule I always follow is to have the pump at the lowest point in the loop with the reservoir always above it, it reduces the risk of pump running dry and killing the pump, also a trick I was shown a long time ago to bend pipes was to fill them with sand 1st to stop them kinking...
Clear tubing would really make it cool. Seeing the green coolant flow would be awesome. Great build.
really helpful to see the tube bending and soldering, and really like the idea of using the motor housing as the heatsink. I am looking forward to the enclosure and anything you can talk about its usefulness and temperature control...
Hey there... Lello here from Brazil again!!! Almost 15k... congrats!!! Let's head to 100k...and I'll still be here with you. Nice shirt by the way... Maybe one day I'll go to this amazing festival!!! RnR 4ever!!!
Thanks Lello! This is so awesome! That festival was lit, I've seen Alice Cooper which was unforgettable!
Your proyect, the editing, even your job is amazing.
Wat een briljant idee om de back cover van de motor te voorzien van koelbuisjes.
Er zou markt voor zijn als je dit cnc gefreesd en met gangbare koppelingetjes zou kunnen kopen.
Two suggestions, you might consider using supply & return manifolds to distribute & collect the coolant to each node individually instead of daisy-chaining them so you have the same temp going to (and from) each as opposed to transferring the heat from each section through to the next, and secondly, using a pipe-bending spring that slips over the pipe and prevents any kinks from forming as you bend the pipe to the shape you want. Old-school but it works like a champ.
I've been waiting for him to print a rim for a few episodes now... but it's still worth watching!
You deserve more than 13.6k subs mate. Great work and awesome videography!
Thanks for mentioning the videography! I love this aspect and I'm still learning
Insane, as ever! Awesome stuff.
I have a new plan - whenever a newbie asks on the Facebook groups what mods they should do to their new printer, I'm going to point them to this channel :-D
Topic goes like: "Hi I'm new to 3D printing and just printed this dog, what's the first thing I can do to make it better?" And you're like: "Make yourself a water cooled system" xD Cool that you want to share my channel, thanks Kevin!
The way I've seen it recently is "I've just ordered my first printer, what mods should I make when I get it?" :-D
Blijft leuk dat gevloek tussendoor. Eindelijk een proper watergekoelde 3d printer video!
skills everywhere from filming to editing and your projects
Nice ,,,I like how you did the steppers motors a simple change but a bit a task getting there,,,,Nice job dude...
Thanks Tom!
Loook an innovator for the people.... You and Ivan are my favorite
Dude, you are awesome, you deserve a sponsor!
Nee, maar serieus, jij bent echt geweldig!
Thanks Rik! I hope to find a good filament sponsor since I'm going to need a LOT of filament xD
@Proper Printing Maybe this sounds like a silly idea, but maybe you could make a filament exturder.
I hear (and am experiencing, because i am making one myself) that they are reasonably priced. you could also buy one, the filasturder is €500. long term returns could out weight the costs. You could consider it. 500 euros is about 25 spools worth.
Man THIS IS COOL! I've been doing something similar with an ender 3 the past few months, and have run into so many issues, but it's thankfully almost done.
Seeing this build was so inspirational!! Thank you so much!!! Cant wait to see the print results!
Very nice!
Next you need to make some thermal blankets for the motors to help prevent thermal absorption from the ambient heat from the enclosure.
That "tyfus"when the rod dropped made me chuckle I'm a dutch guy and I can relate!
Dude gots a x-ray machine. Damn props!
Awesome work. Your editing is top notch. Thanks for showing this sick printer.
Fascinating to watch Jon, you are the bad ass of 3d printing and I can't wait for the next video
Next video: I installed a RTX2080 in my CR-10
hahaha using the full GPU power to process the gcode generated out of vertexes smaller than the individual pixels xD
Dude you’re a madman! Lol that Xray machine is awesome, was not expecting it to be 3D! Your videography work is excellent too, can’t wait for the next video!
This is ridiculously over-engineered and i LOVE it! So impressive 👏.
That X-ray machine is awesome
great video, loving this project. can't wait to see what materials and design you decide for your enclosure
Nice vids always. Thx. The xray machine has a real sci-fi feel to it!!
In the game mortal combat it would say: proper printing wins! fatality! flawless victory!. nice job man
hahaha thats awesome I been wanting to CNC machine a custom hot end thats watercooled for a long time just never got around to it with my other work going on, this is a cool setup! Cant wait to see it printing!
Holy shit!!😱That is a sick ass printer! Don’t stop keep up the good work!. Can’t wait to the next upload. I love these kind of videos I’m always learning something 😎👍
Very COOL video, I think the COOLest one... and it's not an overheated reaction. LOL yup brings back the overclocking era....
ive been following along on this series. so far, i have been thinking, i can do that, i can build that. today i got left far far behind. you are building a thing of beauty
I 'm hopping that in our enclosure design you put the heater element in front of this cooling radiator in order to improve the global efficiency of the whole system by heating air that was already heated by the cooling system.
This is so cool. Crazy water cooling dude. 👌
Your editing is sooo on point
really love it!
Awesome content as always keep it coming you're above and beyond everyone else on here it's amazing to watch thanks
I'm already having SUCH a big smile on my face after just 1:30 minutes in. I subscribed to the right channel. ;) Btw: The Verge has a great video on water cooling a PC I've heard, so be sure to take notes from that one.
En "made out of frustration" en "godverdetering" moet je trademarken. ;)
Awesome! I'm going to check that channel, thanks! Maybe I can use some of these quotes for merch xD
I hope their tutorial is better than the PC build one...
@@GogogoFolowMe FOR REAL XD
You can also use fine sand instead of water in the pipe when bending. Might be safer if you are heating after. Word of caution: The coolant is somewhat conductive and majorly interfered with my Thermocouple readings if not electrically insulated. Thermistors should be fine. I made my own water cooled system on Replicator 2X 4 years ago and just got rid of it this week when upgrading everything. It certainly kept everything cool! I'm already missing the stepper cooling ability and I hope I don't have to go back but thinking if I tune things properly I wont need it....maybe some added passive or fan cooling.
You are SO inspiring and funny !! Cool video, great craftsmanship, awesome project... simply AMAZING !
Can't wait to see you print those wheels
wow, great update
New approach for the cooling
Thanks for sharing :-)
Wow, super-useful video! I’d tried bending some small Al tubing by filling it with low-temp alloy, but had problems bending because it cracked. I like your simple “press-brake-type” tool, am gonna experiment with that approach. (Thanks!!)
I also wasn’t aware of Dyze Design, but am interested in a high-temp hot end for my eventual (planning stage now) RatRig CoreXY machine. The Dyze stuff looks great, I think I’m going to go with them for the extruder/hotend system. - So tell them that giving you their stuff was indeed very effective marketing! 👍😁
Man, you do some cool stuff. Keep it up!
What kind of solder do I need to weld the copper tubes to the aluminum motor case? Regular solder for electrical wires doesnt work 😢
I want one of those x-ray machines! How does this channel only have 14k subscribers?
I love your videos, you have very innovative ideas, and you're not scared to put those ideas into action. You also have really good production values. Totally awesome. I think you should make your next video about DIY volcano hotends... By taming Mount Etna. And I bet you could probably do it! Keep up the good work, you inspire me to do better.
WOOOOOW your videos quality went up a lot lately, the content is amazing as usual! KEEP IT UP
thats mad bro, incredible work
you've really upped your editing and video quality. Looking forward to seeing more.
Do you still like the hot end?
Anymore content on the finished setup.
One more sick video!!!! You are always coming up with innovative and cool stuff, and the filming/editing skills are also on point. That X-Ray machine is crazy!!! Really enjoyable :)
Nice video, found this channel by accident but I'm sure glad I did, keep up the good work!
Heel vet idee, waterkoeling op een 3d printer, mooie producten ook die je gebruikt voor dit project, vind de serie video's steeds leuker worden, heel interessant, vooral de technische kant van je video's is geweldig om te zien enne..die X-ray machine is uber vet!
I believe that radiator is the TX360 Ultrathin Radiator by XSPC. If so, that is a copper/brass radiator. If you use this radiator with the aluminum tubing you bent, then you are at high risk for galvanic corrosion. You may want to consider an aluminum radiator instead, to prevent this issue. Otherwise you should consider anti-corrosion additives.
did you sand blast the interior of the tubes? could that be a cleaner and aluminium dust free channel? put some filter.
Have you ever thouth to put water into the tube and then freezing It instead of using melted lead?
being a former case modder myself. I am taken way back. Looking at my old rig right next to my foot as I type this wondering if I should rebuild it to run new hardware or simply keep it as is.
Make a new one and make a video about it ;) You can refer to that old one to give a little back story
i cant wait to see what filament/s you choose for the rims. I want to build funtional motorcycle parts. aside from mirrors ect, but stuff like triple trees....
Cool that this is done already, thx.
I have a tube bending tip for you.
Fill the tubes with fine sand.
I don't know much about the practical aspects of thermodynamic engineering, so maybe this question is silly, but I'd still appreciate any and all answers: Would insulating the motors help? They're in a hot environment and the cooling is a virtually closed loop from the heatsink on the inside to the rad on the outside, so would insulation around the motors help avoid drawing any heat from the chamber through the heatsink? Or does the low thermal conductivity and volumetric capacity of air make only a negligible difference in practice? Again, just asking out of pure curiosity, if anybody has had experiences with that kind of hypothesis I'd appreciate hearing your reasoning one way or the other :)
What if you replace the part cooling fan.... 🤔
I think i've found the Der 8auer of the 3d printing community and i f* love it 👍
Te gekke video weer! Kan niet wachten op de volgende...
Awesome Mods! Great Idea for your motor cooling. I was thinking copper tubing might be easier to work with? Looking forward to seeing this in action!
Thanks! Soldering copper on aluminum is possible, but this was the tubing I already had lying around and it's less common to use. This made it more interesting to show I recon.
Nice Project! With 1,2mm nozzle maybe you should consider using 3mm (2,85mm) filament instead the 1,75mm one. Thank you for sharing your projects!
Awesome video, this is just the motivation I need to go work on my coreXY project...
Nice! I recon that's a daunting project, good luck!
@@properprinting it is a bit yes, I am also aiming for a heated chamber, but I am going to attempt to mount the steppers in a basement area of the printer and transmit the power to the kinematics with driveshafts.. I may make a video when I am done in a couple of months lol
@@HeimoVN I hope you will, really like seeing what you guys are capable of doing
I'm thinking of making a heat-sink out of copper plate and copper tube , i hope to be easier for me, what do you think about this approach ?thanks for sharing.
Awesome! I think that your approach is not only easier, but better too. It's not good for the motor to take it apart and I did loose torque. This video was meant to experiment and see if this was even possible. Good luck!
What is the interest of water cooling on an open 3d printer?
Very cool project man :)
Thanks!
Are you using the same loop for the extruder and the motors? If yes maybe you're actually heating the motors.
WOW absolute cool Mate
Awesome! Now, put cable chain for this tube
Freaking awesome work Jon! Entertaining and inspiring.
Fantastische job Jon! Wel je hebt altijd van die interessante projectjes hahahah
sick intro just found this channel and am already subscribed
The dark spots in the pipes visible on the xray, was that lead left on the inside of the tube?
I recon it is. I think it looks worse than it is since X rays have more difficulties traveling through lead. Next time I should use sand like has been mentioned by others
Try fine sand next time to bend the tube. Im currently building a hi-temp printer an will be following the motor cooling idea. 👍👍 Good work.
I love this project.
Should be very fun to follow.
🤯 So Awesome!!!
Hey great vid! I'm making my own liquid cooling also for my dyzend. Problem I'm having is my fans use a 4 pin molex I have an atx to power it. Not using the motherboard connector. So it's been a pain to get it to work properly. With the constant not returning back to the molex (fixed that) now the remote that it came with is not working. If you have any suggestions that would be great. Thanks
SICK !!! loving it....
Die radiator is koper (XPSC TX?) dus het kan zijn dat je wat issues (corrosie) hebt met de mix van koper en aluminium.
Sick! I Love your content style.