1000mm/s

terrifying in person

[@catchamp1880]

something about big fast printers is just so cool!

[@ultrazar4412]

That seems pretty solid and reliable, congrulations!

[@phillipjacques8884]

Could you send a link to the exact green filament that is?

[@Antichamberteam80110H]

Unfortunately idk what one it is. This is the petg from ratrig's print farm

[@skilledcamman4752]

Lets print at dat speeed.

[@1993VolkswagenPassatGLXVR6]

That is around 2.25 mph, or faster than my car... My car would lose to a 3d printer in a drag race... that is horrible to think about.

[@Antichamberteam80110H]

Lol

[@duckthesam2949]

Will this need Sonic Rapid Pla?

[@Antichamberteam80110H]

Many high speed filaments could work!

[@carstenpfundt]

It's beautiful

[@deatg]

kinda fast

[@markpolak8317]

what is the setup, motor types, voltage?

[@Antichamberteam80110H]

Ratrig vcore 3, LDO motors, 24v

[@NOBLE-wo5rr]

cool, wont print anywhere near half that speed so whats the point

[@butre.]

chances are the answer is travels, but a well tuned printer running klipper and a supervolcano, sovol high flow, or k1 hotend can absolutely print that fast if you can keep the print cool. I start running into severe cooling problems around 80mm^3/s with a sovol high flow modified to take k1 nozzles, if this guy is using a typical .4mm nozzle with .2mm layer height then he's sitting right at around the same flow rate. toss some aux fans at it and it'll haul.

[@rubendariovelez]

you also comment thing like this in super fast bugatti videos?

[@xiar5546]

Hey guess what?! There are hot ends out there capable of pushing more than 55mm³/s of filament! And at 55mm³/s that printer would be moving at 700 mm/s! There’s no reason why this printer won’t be able to reach 1000mm/s with the right hotend and cooling setup.

[@rusername]

​@@xiar5546 i know this depends on a plastic type, but what about cooling/adhesion?