Wow! That’s incredible! This gives me hope for the future of recycling. Also Nathan, please can you make more videos about the Creality k1? I would love to watch them!
@@NathanBuildsRobots That's from nozzle temp too low, not speed too high. I'm printing essentially isotropic strength parts at 25 mm³/s with 130 cfm of cooling. But this is at 350°C (PET) and 270°C (PLA).
Yeah, these large scale 3D printers are often built around industrial CNC machines, which are capable of moving very fast with extreme precision. So they slow the printer down just to ensure they are getting optimal performance out of their printed parts. Unlike us poor hobbyists - our printers are relatively flimsy and weak. Often the motion system is the limiting factor to print speed, and even then, the extruder is running with less than 1% of the flow rate of this monster.
@@NathanBuildsRobots Every inexpensive consumer printer I've seen is limited by extrusion system not motion system. Basically any 24V stepper based printer can go up to 450-500 mm/s, 15k+ acceleration (with input shaping) without hitting motion system limits, but quality may suffer. Extrusion quality with stock gear goes to shit around 100-150 mm/s at typical layer heights & line widths tho.
@@daliasprints9798 On the right part, the LSAM can print at 200 ft/min or 1 m/s, all while printing about 200lb/hr. The pellet extrusion, instead of filament is what enables the mass flow rate.
Markforged does continuous fiber with a non-rotating toolhead. Just learned about that. Also Phaetus has some cool hybrid filament they are working on that will provide some of the functionality of continuous fiber to regular printers
Nothing crazy about it. Bedslingers are one of the simplest structures for making a 3 axis kinematic system. The Industrial Revolution was built on bedslingers (vertical milling machines)
@@NathanBuildsRobots yeah, manual machines like a bridgeport it makes sense were you are going in one direction at a constant speed for the entire cut. But newer 3 axis cnc machines I've seen tend to move the head.
lmao yes. This should be my next printer mod. Speed-chair race is the new speed-benchy race. Just have to figure out how to extrude a gaylord faster than the competition.
The future is now! The chairs were at least 40 lbs and I'm pretty sure you could park a car on top of them. They need to run it in vase mode to get rid of those seams. But I think they are printing 4 at a time, because they need time between each layer, and running 4x of a print is a great way to do that.
@@NathanBuildsRobots Spot on Nathan. It's interesting to see that the future isn't all about speed but rather about strength and quality! The "BOM, Klipper, and 2020 extrusion only" gang just doesn't get it. lol
Well, they aren't in a hurry. They are just demoing it at a trade-show. If they got it running at the full 200 lbs/hr they would need to bring a couple more Gaylords to keep the machine running - and I tell you, Gaylords aren't cheap!
@@NathanBuildsRobots haha oh yeah right on. I made a joke to one of the gentleman working the booth and he said, "you can if you buy the printer for 880k" lmao
No, the Gaylord is the box that holds the bulk material for storage. "Standard Gaylord: The standard and most popular Gaylord box size measures 48 inches by 40 inches by 36 inches." bulkbagreclamation.com/gaylord-box-vs-fibc-bulk-bags/#:~:text=Standard%20Gaylord%3A%20The%20standard%20and,inch%20by%2040%2Dinch%20pallets.
@@NathanBuildsRobots ah, thank you for the clarification - this makes much more sense. We all know calling the wrong part a "Gaylord" would spark many inappropriate and childish jokes, so this gives me peace of mind.
I love that this video is showcasing a printer that is capable of printing 300x faster than anything most people have ever seen before, and is doing so completely sustainably using plastic that is made of old water bottles, but the big takeaway here is that the box has a funny name 😅 Never change, UA-cam comments section.
2:20 Casually calls the pellet box a "gaylord"
This was my favorite industrial level booth at Rapid this year!
Wow! That’s incredible! This gives me hope for the future of recycling. Also Nathan, please can you make more videos about the Creality k1? I would love to watch them!
Yes, I'll crank one out this weekend just for you :P
Thank you! I look forwards to it!
Do have any idea when it might be released? In terms of hours?
Man that dragchain! Wow!
Yeah, it is THICK! Probably couldnt bend it by hand. Those machines must be super strong.
Nice to see you enjoying the future of 3d printing
The future is now!
Impressive machine and impressive interview.
wow, interesting take on the layer bonding!
thanks for sharing this video 😊
Speed printing and stupidly strong part cooling fans has taken things too far. Usually parts end up weaker as a result.
@@NathanBuildsRobots That's from nozzle temp too low, not speed too high. I'm printing essentially isotropic strength parts at 25 mm³/s with 130 cfm of cooling. But this is at 350°C (PET) and 270°C (PLA).
i was surprised how fast it was moving for such a large print head, and even more so when he said it could go even faster
Yeah, these large scale 3D printers are often built around industrial CNC machines, which are capable of moving very fast with extreme precision. So they slow the printer down just to ensure they are getting optimal performance out of their printed parts.
Unlike us poor hobbyists - our printers are relatively flimsy and weak. Often the motion system is the limiting factor to print speed, and even then, the extruder is running with less than 1% of the flow rate of this monster.
@@NathanBuildsRobots Every inexpensive consumer printer I've seen is limited by extrusion system not motion system. Basically any 24V stepper based printer can go up to 450-500 mm/s, 15k+ acceleration (with input shaping) without hitting motion system limits, but quality may suffer. Extrusion quality with stock gear goes to shit around 100-150 mm/s at typical layer heights & line widths tho.
@@daliasprints9798 On the right part, the LSAM can print at 200 ft/min or 1 m/s, all while printing about 200lb/hr. The pellet extrusion, instead of filament is what enables the mass flow rate.
I'd love to see more open source work on hotends that rotate like that so continuous fibers such as carbon tow can be imbedded in the layer lines.
Markforged does continuous fiber with a non-rotating toolhead. Just learned about that. Also Phaetus has some cool hybrid filament they are working on that will provide some of the functionality of continuous fiber to regular printers
That is awesome! Imagine what can be printed on these machines! If I had access to one I would print a Kayak.
Who needs a kayak? I'd print a 12 ft outboard!
It would probably would only take 2-3 hours to do it. Insane tech.
@@NathanBuildsRobots I need a Kayak!
Crazy that it's a bed slinger.
Nothing crazy about it. Bedslingers are one of the simplest structures for making a 3 axis kinematic system. The Industrial Revolution was built on bedslingers (vertical milling machines)
At that nozzle size there's no way you'd be able to utilize accelerations where it matters except for travel.
@@NathanBuildsRobots yeah, manual machines like a bridgeport it makes sense were you are going in one direction at a constant speed for the entire cut. But newer 3 axis cnc machines I've seen tend to move the head.
I need thaaaaat soooooo mich!!!1!!1111!!!!1!!!! 😊 90x1kg spools or 1x90kg spool
What would you even use that for? I'm sure Rick would love to set you up with a quote... Its just... It might be out of your price range!
Dude this is good content!
Thank you, I have about a dozen videos like this that I’m editing
Giant orange bed slinger.... So, basically a Prusa i3 XXXL?
Probably more like an XXXXXXXXL
Mini - 180mm
Medium - 230mm
Large - 300mm
XL - 360mm
XXL- 450mm
XXXL - 560mm
XXXXL - 700mm
XXXXXL - 900mm
XXXXXXL - 1200mm
XXXXXXXL - 1550mm
XXXXXXXXL -2000mm
I know what you guys are thinking. Part cooling was grossly inadequate. Should have slapped on some giant 5015 blowers on.........
lmao yes. This should be my next printer mod. Speed-chair race is the new speed-benchy race. Just have to figure out how to extrude a gaylord faster than the competition.
It's genius. I wonder what would a foldable chair look like.
Living hinge or compliant mechanism?
@@NathanBuildsRobots Both!
look at the linear rails on that bad boy, no mgm12's here fellas.
Coooooool i want one
Ask them to make a life-sized benchy.
That is an amazing idea.
Thanks for showing us the future of 3DP Nathan. Great stuff! (That's the biggest layer seam I've ever seen! lol)
The future is now! The chairs were at least 40 lbs and I'm pretty sure you could park a car on top of them. They need to run it in vase mode to get rid of those seams. But I think they are printing 4 at a time, because they need time between each layer, and running 4x of a print is a great way to do that.
@@NathanBuildsRobots Spot on Nathan. It's interesting to see that the future isn't all about speed but rather about strength and quality! The "BOM, Klipper, and 2020 extrusion only" gang just doesn't get it. lol
They wait around for the part to cool so they can print the next layer... No part cooling fans?
Well, they aren't in a hurry. They are just demoing it at a trade-show. If they got it running at the full 200 lbs/hr they would need to bring a couple more Gaylords to keep the machine running - and I tell you, Gaylords aren't cheap!
The name of the pellet box is what???
Gimme now
2:22
Yeah, my ender 3 could do that... Bet it doesnt have a CRtouch
I know, my Ender 2 can do 400 lbs per hour. tbh I wasn’t that impressed but I pretended for the camera 🤣
I wonder how much that thing cost, 500k at least, maybe even 1million
It costs $880k
Didn’t know, thanks for the info printhouse. But also clixium deserves an award for being an excellent guesser
@@NathanBuildsRobots haha oh yeah right on. I made a joke to one of the gentleman working the booth and he said, "you can if you buy the printer for 880k" lmao
Wait. Wait wait wait.
Did he just say the hopper/reservoir for the plastic beads is called a gaylord?
No, the Gaylord is the box that holds the bulk material for storage.
"Standard Gaylord: The standard and most popular Gaylord box size measures 48 inches by 40 inches by 36 inches." bulkbagreclamation.com/gaylord-box-vs-fibc-bulk-bags/#:~:text=Standard%20Gaylord%3A%20The%20standard%20and,inch%20by%2040%2Dinch%20pallets.
@@NathanBuildsRobots ah, thank you for the clarification - this makes much more sense.
We all know calling the wrong part a "Gaylord" would spark many inappropriate and childish jokes, so this gives me peace of mind.
Lol what? 2:20. A gaylord as a measurement unit?
gaylords are large cardboard boxes used in everyday logistics for a lot of companies. its a genericized trademark
@@aoife8415 well how about that, learned a thing.
First thing I thought about was the movie Meet The Parents
2:19 ... "1100 lbs. pound box called a gaylord" ? 😕🤷🏻♂ I guess all the other names for boxes were already taken.
......................... the box is called a gaylorde? based
I love that this video is showcasing a printer that is capable of printing 300x faster than anything most people have ever seen before, and is doing so completely sustainably using plastic that is made of old water bottles, but the big takeaway here is that the box has a funny name 😅
Never change, UA-cam comments section.
Did i hear that right? 1100 pounds of gaylord?
Just when you thought imperial measurement units couldn’t get any sillier. We need metric, and we need it now!!!
Rick’s got a hell of a grip on that 🤝🦾. Looks like it hurt😳