This is such such an awesome build, but please be mindful when welding around pets and other people. Even indirect exposure to the welding arc (reflections) can cause eye injury. "Arc eye" is basically UV "sunburn" damage to the retina. While this heals in a couple of days, reoccurring exposure to extreme UV (e.g. from an arc flash) over time can lead to permanent eye damage and blindness. It's hard for our dogs to tell us they're having trouble seeing. Even if your dog wants to stay close, it's important to keep them away and safe.
Just happy to give back to the community! It would be awesome to see someone else tackle this build. Perhaps, a mill (and enclosure) is in your future??
That is mighty impressive, I never expected the spindle to become so much cooler after the modification. But you should really use a proper respirator when working with epoxy, especially epoxy based spray paint. Even short exposure can be very harmful.
I think you're thinking of polyurethane paints - those are way worse than epoxy as they have cyanoacrylate hardeners in the paint. I'm not really aware of any considerable dangers with epoxy paints.
@@gorak9000 What's so dangerous about epoxy, is that you can develop allergies towards epoxy and isocyanates. Which would suck, since so many products around us contains isocyanates, like the foam in your mattress for example. Imagine being allergic to your own bed D:
This is honestly one of my top most favorite channels on youtube. So informative and entertaining at the same time. Your projects are just amazing to see come to life as you build and share the progress. I really hope you're able to go fulltime on youtube one day "If of course thats what you want to do" so that you can bring us more content because your talent both as a content creator and knowledge/DIY skills are just amazing. Keep up the Great work.
Very nice build! Definitely been waiting for this video for a long time, and will also very probably use your plans to build by enclosure! Now I have to convert everything to metric though x'D
Might be time to design a collapsible spray booth, seems like you would get the use out of it and it would be right up your alley. Plus I'm sure plenty of people would be interested in it.
Aluminum chips even penetrate the soles of heavy duty work boots. I used to keep a spare pare of shoes in my truck so that I could change to prevent the chips stuck in my boots from tearing up the carpeted floor mats. Great job on the enclosure!
I will! I’m also worried about the chips eventually getting through the coating on the inside. I will eventually replace the chip drawer as my shop capabilities grow.
It's always an awesome feeling using previously made machines to make parts for other machines. Would be cool to see you tackle a large format resin printer!
This is really difficult with sla/msla/dlp because the membrane in the vat becomes more flexible as the area scales and the total adhesion force goes up. This is probably why the formlabs print "head" actually pushes up on the bottom of the vat in the area being scanned.
Joshua is right. You actually have to flip the process over (see the ProX 950: ruclips.net/video/z1-RYRRopx8/видео.html ) You then have to have a really large resin vat, which would cost several thousands just to fill! Also surface tension leads to poorer print quality.
If we are tossing out informal ideas for future projects, I have yet to see what I would consider a practically usable DIY wire EDM or surface grinder.
I was going to say it's nice to see the wife out in the garage working with you, but she has a alterior motive lol... to get it done asap so she doesn't have to clean chips up after you.. nice build.
Hey David! Your builds are always very impressive and this one is no exception. The pillowing you’re seeing on the print is due to there not being enough top layers. Some things you can do to improve this aside from more top layers is higher bridging/solid infill speed and more part cooling.
Isn't it mostly speed/part cooling related? Not that I've worked at such scales before, at all, but I have noticed going fast with inadequate cooling leads to 'top' fill layers to 'stretch' apart when there's uneven cooling from the top/bottom (the temp is removed faster from the top, since uninsulated). This causes them to curl upwards. More top layers feels like a patch to the actual issue. Could be entirely wrong though, appreciate anyone's insight here.
Can I make a sugestión on your emergency stop button. On my horizontal mill there is one on the front of the pallet changer. Kind of in a similar location like yours. In that location when you are leaning into the machine you will tend to lean into it and accidentally press the button with your body and stop the machine wen you don’t want to. Ask me how I know this! You may want to conceder something to prevent this. Maybe a shield where you can still press the button in an emergency, but leaning on it won’t press it.
I have already bumped it like 10 times, twice while the machine was running. So you are definitely right! I may relocate it or print that cover that you are recommending. Also, I love your channel. I have been subscribed on my personal account for a while now. Edit: I’m now subscribed in this one too!
I actually run a small APSX-PIM injection molder at work. My experience with this machine is that you have to be quite careful in building an injection molder due to the high pressures, but its definitely an idea on the table!
@@DrDFlo Great! Looking forward to seeing if this project ever come to existence! Let me thank you properly now that I have your attention! I found your channel not so long ago and I was quite surprise to see your website yesterday and learn that you are a Biomedical Engineer by formation. It's really inspiring for me because I'm a biologist and only recently have started becoming interested in the maker side of things (besides Legos of course). It's important to me because many times I second guessed myself and seeing you managing two completely different and hard fields keeps me going forward! It's really challenging for someone with no background to start in this field and you are helping me a lot with your channel! As soon as I'm financially independent I will become your Patreon. Thanks a lot!
Great build. Only thing I would change is moving the pressure gauges to the front of the enclosure. Mostly an asthetic reason for me, why have cool gauges if I can't see them? 😂
Completely agree. I often miss these little details during the design phase and when it is not incorporated in the CAD model it becomes so much harder to add cutouts and other similar features after plasma cutting.
Great work and really well done video too, have fun milling! How do the new spindels on the table work for you, can you go into material more agressively?
Very very very neat enclosure! super nice build overal. thought it couldn't get any better, but then the synhtwave music started playing :p absolutely smashed that like button for this one lol 🤪
DId you end up putting the VFD in your electronics enclosure? Also, I would love to see a more detailed wiring video in some future content. I'm in the process of doing my own retrofit on a knee mill.
I think that screen mesh will be an issue down the road when it comes to cleaning being glued in doesn't seem like it will hold forever. also might want to consider a roof on that thing. I hope you have incorporated an easy way to take the coolant tank out when it comes time for cleaning. How about a chip auger next? :P
All great suggestions! The glue is temporary, just wanted to make sure it worked. Would love a roof and a mist collector. I am actually going to add a floor to the bottom of the enclosure, so that I can just slide the coolant tank out. I was thinking about doing two chip augers on either side of the base of the mill, but I had to stop somewhere...
On my mill, I put the Y motor on the back side behind the column. I did not like leaning so far into the mill during setup operations. I used a 3d printed adaptor to match the draft angles on the casting so I could mount the y motor correctly. After a couple of years of use the 3D-printed adaptor broke down and crumbled. Your drawer may experience the same failure being exposed to coolant. It might be something to keep an eye on. Overall I love your enclosure. It turned out great!
Awesome build! My only suggestion would be that you decrease the nozzle size of the coolant tube that's pointed at the tool. The higher velocity of the coolant will clear chips very effectively
Yikes... The chips come right off the painted surface with a broom. The truck liner would be a nightmare. And idk if it would hold up to extended coolant exposure lol
Or a slick epoxy coat. On many machines there is a coolant wash down hose to wash down the interior without introducing new chemicals to the coolant system.
Great work! The thickness of the steel is a bit overkill. A steel square tube frame and thin gauge sheetmetal structure is more than adequate. It will be easier to move around and a hell of a lot cheaper.
I always get a bad case of Jelly Bearz when watching all the cool tools this guy has, and I can run… but cannot afford with time or money… ❤ I still cannot look away though.
if you live near a city you should could into local community colleges, you'd be shocked at how much gear you can get access to for the low cost of a maker class.
Plz make a sheet metal drawer. That thing is porous and will hold small amounts of coolant to build bacteria over time. The weight savings are not high enough to be worth.
Noticed you talking about McMasterr-Carr being vague. Just a tip, I've never had a problem calling their customer support and asking who their suppliers are and then calling the supplier when I need more info on a part (or a cheaper price).
It wasn't the only way to mount the middle door......you could have added hinges and made it swing inwards and fold neatly towards the right side, kinda like some pantry doors or cupboard doors. A small latch or tab that rotates could be used to hold it in the folded position.
Maybe this is the sort of question you're not supposed to ask, but I have to ask - where do you get the money for projects like this? Of course this is done on a budget, but knowing how much this sort of thing tends to cost, that budget can't be small. Like I work a relatively decent engineering job and there's no way I could afford all that hardware without saving for... years probably. And that's without spending on any other projects. All the same, money doesn't make you good at designing and building CNC machines, and this is a very well-executed build and well-produced video. Great job. :)
Some of my projects, like the Large Format 3D Printer, are sponsored, but even when I receive some the big items at cost or free, the small hardware and the other bits and pieces that you don't think about have started to add up. Over the last two years almost all supplies have doubled in cost. A MeanWell 24V power supply now costs $40-$50 when it was $20 about two years ago. Same with stock aluminum or plastic material. The point of my rambling is to say that it is getting difficult to afford these large projects.
The enclosure required 4x 1/4" x4'x8' and 3x 16gax4'x8', so close to $1500 in steel with the inflated prices that we are seeing. A couple hundred more for the wheels, hinges, drawer slides, and buttons.
Excellent Enclosure. I would make only one mod on the side windows. I would put C profiles on the outside with a drain of the emulsion back into the case in the bottom so that the plexi window would just slide inside. Quickly removing windows it's much easier to clean sides and back, also at the same time you can do a work on longer pieces (of course watching how you move your table :D). Anyway fantastic job!
I am surprised you did not 3d print some press pads. With an FDM set for 100% infill using a decent filament you can print press parts that are able to act as a metal brake. I figure a properly sized bearing press would be doable.
You are gonna knock that E-stop with your knees ALL the time! On my mill I had the E-stop in an... unfortunate location.. and I accidentally kill programs half way through all the time!
Yah... I am going to put covers on the side of the button. I was trying to take advantage of that tube stock that ran through the base, but I have already bumped it a handful of times.
Hey there! I went to your site to download the files but it seems like the link is broken. Im also using solidworks and dont know if you happen to be able to save them as .sldprt Thank you!
As long as the electronics are not sitting in a puddle there won't be an issue. I do need to cover up the X-axis motor as it shouldn't be continuously splashed like it is now.
This is such such an awesome build, but please be mindful when welding around pets and other people. Even indirect exposure to the welding arc (reflections) can cause eye injury.
"Arc eye" is basically UV "sunburn" damage to the retina. While this heals in a couple of days, reoccurring exposure to extreme UV (e.g. from an arc flash) over time can lead to permanent eye damage and blindness. It's hard for our dogs to tell us they're having trouble seeing.
Even if your dog wants to stay close, it's important to keep them away and safe.
I don't even own a mill but I think you're a legend for offering the plans available for free 🙏
Just happy to give back to the community! It would be awesome to see someone else tackle this build. Perhaps, a mill (and enclosure) is in your future??
That is mighty impressive, I never expected the spindle to become so much cooler after the modification. But you should really use a proper respirator when working with epoxy, especially epoxy based spray paint. Even short exposure can be very harmful.
I think you're thinking of polyurethane paints - those are way worse than epoxy as they have cyanoacrylate hardeners in the paint. I'm not really aware of any considerable dangers with epoxy paints.
@@gorak9000 What's so dangerous about epoxy, is that you can develop allergies towards epoxy and isocyanates. Which would suck, since so many products around us contains isocyanates, like the foam in your mattress for example. Imagine being allergic to your own bed D:
Came for the enclosure, stayed for the Retro Sinthywave Music.
Lovely build by the way, that's huge..!
This is honestly one of my top most favorite channels on youtube. So informative and entertaining at the same time. Your projects are just amazing to see come to life as you build and share the progress. I really hope you're able to go fulltime on youtube one day "If of course thats what you want to do" so that you can bring us more content because your talent both as a content creator and knowledge/DIY skills are just amazing. Keep up the Great work.
Great content and just what I was looking for regarding my own enclosure for my DIY CNC mill, thanks and keep it coming :)
Awesome job on the build. I have an enclosure on my Cnc mill but thank you for offering the plans to other people.
Fascinating project. And what a beautiful vista to have while work!
This is so overbuilt and I love it
Very nice build! Definitely been waiting for this video for a long time, and will also very probably use your plans to build by enclosure!
Now I have to convert everything to metric though x'D
That build looks badass!
Might be time to design a collapsible spray booth, seems like you would get the use out of it and it would be right up your alley. Plus I'm sure plenty of people would be interested in it.
Well done Doc!!
Fantastic outcome!
How you don't have 1M+ subs with this level of content? The algorithm is not being that nice to you :P
EXCELLENT INFORMATION.
Very good Presentation.
Thanks A LOT.
Aluminum chips even penetrate the soles of heavy duty work boots. I used to keep a spare pare of shoes in my truck so that I could change to prevent the chips stuck in my boots from tearing up the carpeted floor mats. Great job on the enclosure!
Hinged windows would be useful, you could mill long and narrow elements.
Agreed!
D-flo full time? It's gunna be a great summer
Coolant may eat that plastic up. keep an eye out..
I will! I’m also worried about the chips eventually getting through the coating on the inside. I will eventually replace the chip drawer as my shop capabilities grow.
It's always an awesome feeling using previously made machines to make parts for other machines. Would be cool to see you tackle a large format resin printer!
This is really difficult with sla/msla/dlp because the membrane in the vat becomes more flexible as the area scales and the total adhesion force goes up. This is probably why the formlabs print "head" actually pushes up on the bottom of the vat in the area being scanned.
Joshua is right. You actually have to flip the process over (see the ProX 950: ruclips.net/video/z1-RYRRopx8/видео.html )
You then have to have a really large resin vat, which would cost several thousands just to fill! Also surface tension leads to poorer print quality.
@@DrDFlo surface tension hadn't occurred to me. I suspect post-process curing becomes difficult to impossible as the cross sectional depth scales up.
If we are tossing out informal ideas for future projects, I have yet to see what I would consider a practically usable DIY wire EDM or surface grinder.
@@DrDFlo How about using plexi glass and thena film? the head could push up against the stuff just like in the form labs
I was going to say it's nice to see the wife out in the garage working with you, but she has a alterior motive lol... to get it done asap so she doesn't have to clean chips up after you.. nice build.
Wow, great design! I could use one of these for my old school Cortini mill. I also approve of the soundtrack. (obviously)
Such grear videos !! Love them
Hey David! Your builds are always very impressive and this one is no exception. The pillowing you’re seeing on the print is due to there not being enough top layers. Some things you can do to improve this aside from more top layers is higher bridging/solid infill speed and more part cooling.
Isn't it mostly speed/part cooling related? Not that I've worked at such scales before, at all, but I have noticed going fast with inadequate cooling leads to 'top' fill layers to 'stretch' apart when there's uneven cooling from the top/bottom (the temp is removed faster from the top, since uninsulated). This causes them to curl upwards. More top layers feels like a patch to the actual issue. Could be entirely wrong though, appreciate anyone's insight here.
Yes, great recommendation! I have made note of this for future water tight prints, such as the boat.
hell yea! youtube full time!
Your music selection really slaps!! Love it
Protect that dogs eyes, he was right beside you while you were welding
Can I make a sugestión on your emergency stop button. On my horizontal mill there is one on the front of the pallet changer. Kind of in a similar location like yours. In that location when you are leaning into the machine you will tend to lean into it and accidentally press the button with your body and stop the machine wen you don’t want to. Ask me how I know this! You may want to conceder something to prevent this. Maybe a shield where you can still press the button in an emergency, but leaning on it won’t press it.
I have already bumped it like 10 times, twice while the machine was running. So you are definitely right! I may relocate it or print that cover that you are recommending. Also, I love your channel. I have been subscribed on my personal account for a while now.
Edit: I’m now subscribed in this one too!
Awesome, i love your work man
Nice job
Its so Beautiful!
probably should've cut the "glamour" shots of the chip drawer being printed
i love the scene when the whole family come out to help moving the encloosure.
Hi, your projects are amazing and the explanations are very helpful. Any plans on building an injection molding machine? It would be awesome!
im trying to decide if i want to build one of those or a cnc carpet machine rn lol
I actually run a small APSX-PIM injection molder at work. My experience with this machine is that you have to be quite careful in building an injection molder due to the high pressures, but its definitely an idea on the table!
@@DrDFlo Great! Looking forward to seeing if this project ever come to existence!
Let me thank you properly now that I have your attention!
I found your channel not so long ago and I was quite surprise to see your website yesterday and learn that you are a Biomedical Engineer by formation. It's really inspiring for me because I'm a biologist and only recently have started becoming interested in the maker side of things (besides Legos of course). It's important to me because many times I second guessed myself and seeing you managing two completely different and hard fields keeps me going forward!
It's really challenging for someone with no background to start in this field and you are helping me a lot with your channel! As soon as I'm financially independent I will become your Patreon. Thanks a lot!
Great build. Only thing I would change is moving the pressure gauges to the front of the enclosure. Mostly an asthetic reason for me, why have cool gauges if I can't see them? 😂
Completely agree. I often miss these little details during the design phase and when it is not incorporated in the CAD model it becomes so much harder to add cutouts and other similar features after plasma cutting.
Love watching this channel but needs more resin!
Great work and really well done video too, have fun milling! How do the new spindels on the table work for you, can you go into material more agressively?
Very very very neat enclosure! super nice build overal. thought it couldn't get any better, but then the synhtwave music started playing :p absolutely smashed that like button for this one lol 🤪
DId you end up putting the VFD in your electronics enclosure? Also, I would love to see a more detailed wiring video in some future content. I'm in the process of doing my own retrofit on a knee mill.
Nice work 😊
I think that screen mesh will be an issue down the road when it comes to cleaning being glued in doesn't seem like it will hold forever. also might want to consider a roof on that thing. I hope you have incorporated an easy way to take the coolant tank out when it comes time for cleaning. How about a chip auger next? :P
All great suggestions! The glue is temporary, just wanted to make sure it worked. Would love a roof and a mist collector. I am actually going to add a floor to the bottom of the enclosure, so that I can just slide the coolant tank out. I was thinking about doing two chip augers on either side of the base of the mill, but I had to stop somewhere...
@@DrDFlo The least you could have done was make it so that you can add it later. i always look to make things modular, easier upgrade etc :)
On my mill, I put the Y motor on the back side behind the column. I did not like leaning so far into the mill during setup operations. I used a 3d printed adaptor to match the draft angles on the casting so I could mount the y motor correctly. After a couple of years of use the 3D-printed adaptor broke down and crumbled. Your drawer may experience the same failure being exposed to coolant. It might be something to keep an eye on. Overall I love your enclosure. It turned out great!
This is a great idea. Excellent forethought.
Awesome build! My only suggestion would be that you decrease the nozzle size of the coolant tube that's pointed at the tool. The higher velocity of the coolant will clear chips very effectively
Agreed! I would like a proper coolant ring around the spindle. Definitely a summer project.
32:22 imagine if some kid presses it while the mill running💀
Couple safeguards:
1.) The garage is a no kid zone lol.
2.) The microcontroller checks that the spindle rpm is 0 before releasing the tool.
Good job David. Shame about the view from your shop 😁
Just an idea but might be worth spraying inside the chip tray with truck bed liner
Yikes... The chips come right off the painted surface with a broom. The truck liner would be a nightmare. And idk if it would hold up to extended coolant exposure lol
Or a slick epoxy coat. On many machines there is a coolant wash down hose to wash down the interior without introducing new chemicals to the coolant system.
Nevermind 😂 you address a washdown. I finished the video and I'm impressed by your forethought in design and fabrication.
That's a terrible idea.
The enclosure is epicly well done. I loved watching you slot the pump and filter for the coolant in there like Lego. Great video and project!
Great work! The thickness of the steel is a bit overkill. A steel square tube frame and thin gauge sheetmetal structure is more than adequate. It will be easier to move around and a hell of a lot cheaper.
Another great video from your channel. Great design. I may pull some ideas from it for my PM940V enclosure
Very nice build! By the way 1/4 horse power is pathetic 180 watt. I hate marketing
why did you make it like 5x too thick
I always get a bad case of Jelly Bearz when watching all the cool tools this guy has, and I can run… but cannot afford with time or money… ❤ I still cannot look away though.
if you live near a city you should could into local community colleges, you'd be shocked at how much gear you can get access to for the low cost of a maker class.
@@MrFaaaaaaaaaaaaaaaaa unfortunately the community colleges close enough have less capacity than my current workshop does.
I feel this. At least I learned my setup is a more like D-Flo’s than I expected.. neither of us have metal benders 😂
very impressive ! can't wait to see more like a tool changer :)
Fantastic video. Subscribed.
Plz make a sheet metal drawer. That thing is porous and will hold small amounts of coolant to build bacteria over time. The weight savings are not high enough to be worth.
What is the music used in this video because it’s sick!
Love this!, Ive been watching this as I design my next mill. Absolutely loving the music!. Great Build!
Love the ingenuity and thoughtfulness in making/designing a CNC for the everyday individual in their garage. Would love to tackle this soon!
Noticed you talking about McMasterr-Carr being vague. Just a tip, I've never had a problem calling their customer support and asking who their suppliers are and then calling the supplier when I need more info on a part (or a cheaper price).
It wasn't the only way to mount the middle door......you could have added hinges and made it swing inwards and fold neatly towards the right side, kinda like some pantry doors or cupboard doors. A small latch or tab that rotates could be used to hold it in the folded position.
Nice proj. Your plasma proj inspired me to build mine. I have a short on my lil channel.... keep up the cool work.
How much NM(newton force) / Kw of a spindle power as minimum required for steel milling process ?
Great Video. Did you find a DeLorean and fly back to 1984 to get your music. LoL
Damn that's awesome! Just picked up an old mill dont know if I have enough room to do that.
You could make it quieter by adding Rigid Sound Absorbing Sheets to the build
Maybe this is the sort of question you're not supposed to ask, but I have to ask - where do you get the money for projects like this? Of course this is done on a budget, but knowing how much this sort of thing tends to cost, that budget can't be small. Like I work a relatively decent engineering job and there's no way I could afford all that hardware without saving for... years probably. And that's without spending on any other projects.
All the same, money doesn't make you good at designing and building CNC machines, and this is a very well-executed build and well-produced video. Great job. :)
Some of my projects, like the Large Format 3D Printer, are sponsored, but even when I receive some the big items at cost or free, the small hardware and the other bits and pieces that you don't think about have started to add up. Over the last two years almost all supplies have doubled in cost. A MeanWell 24V power supply now costs $40-$50 when it was $20 about two years ago. Same with stock aluminum or plastic material. The point of my rambling is to say that it is getting difficult to afford these large projects.
printing chip tray very exciting, yet very expensive, compare to sheet metal fabricating.
Agreed, the drawer will be replaced when I get a metal bender.
At 9mins it looks like an elaborate BBQ :)
Magnificent work...as always...tip top 👌🗽
what tolerance did you use to make so the parts fit together so nicely?
About the spindle. It does not use any seals. Just a dust cover.
Awesome build! Massive work is done!
WOW what was the cost of your materials?😀I ask because my milling machine is still missing a panel.
The enclosure required 4x 1/4" x4'x8' and 3x 16gax4'x8', so close to $1500 in steel with the inflated prices that we are seeing. A couple hundred more for the wheels, hinges, drawer slides, and buttons.
Where can I get the official Dr. D-Flo OST?
Where did you get that wrench to tighten the spindle nut? I could use one!
Excellent Enclosure. I would make only one mod on the side windows. I would put C profiles on the outside with a drain of the emulsion back into the case in the bottom so that the plexi window would just slide inside. Quickly removing windows it's much easier to clean sides and back, also at the same time you can do a work on longer pieces (of course watching how you move your table :D). Anyway fantastic job!
replace the slides with Bearing rollers and angle iron
I love the channel pure, intelligent information WITHOUT the shill like motive & condescending tone. Keep up the great work
Fantastic! Fantastic! Fantastic! Such inspiring content, and fun to watch. Great pacing, and explanations. Thank you.
Pulse mig? Bro. Comon. .45 dual shield. Way stronger
I am surprised you did not 3d print some press pads. With an FDM set for 100% infill using a decent filament you can print press parts that are able to act as a metal brake. I figure a properly sized bearing press would be doable.
Awesome build
For a second, I could have swore that was White Zombie playing at the end.
Great design!
Great work. Would be interested in the printing time for the drawer and hours worked over however many calendar days for this build.
You are gonna knock that E-stop with your knees ALL the time! On my mill I had the E-stop in an... unfortunate location.. and I accidentally kill programs half way through all the time!
Yah... I am going to put covers on the side of the button. I was trying to take advantage of that tube stock that ran through the base, but I have already bumped it a handful of times.
Can you tell me the brand coolant? It has cool color
Nice job. I sure gets hurco or haas vibe from inside milling machine video end lol. ran on those so much.
really digging the music in this one D-Flo
Thanks! I love deep house
Wow, what an accomplishment. Congratulations!
Hey there! I went to your site to download the files but it seems like the link is broken. Im also using solidworks and dont know if you happen to be able to save them as .sldprt
Thank you!
Which files? Unfortunately, I only use fusion 360 but you can get a free license
Talk about overkill. This enclosure can go to Ukraine, take on a Russian tank, and probably come out winning :)
To be fair, so can your nan
What happened to the giant benchy
Nice video, really enjoyed the music you picked out for it!
Fantastic Videos! Thank you for taking the time to share!
Freakin amazing man❤
Thanks man! Your printers are freaking amazing too!
@DrDFlo thanks but this is next level hehe. You have an awesome place to work
how to spell hardcore?
2:30 - music is amazing!!!
Wow, that's just great work! Thanks for sharing
what about all the motors and electronics? wiill they ever encounter any water damage or is the water and the coolant not conductive?
As long as the electronics are not sitting in a puddle there won't be an issue. I do need to cover up the X-axis motor as it shouldn't be continuously splashed like it is now.
18:34 RIP back panel