Video

This is absolutely awesome! It looks sooo good! Btw what standoffs / spacers are being used to connect the bottom plate to the fan duct? Are they threaded or hollow?

Hi, what line width do you recommend for a 1mm nozzle?

Guy buys nitrous to make benchys

Hello. Could you please, tell me a model of your eyewear?

ya tiene video de como hacerlo ?

impressive

How to shake a 3D printer in to bits

Hi. Have you tested the filament sensor yet? The problem I have is that the jam sensor is constantly active. I tried different settings for the connection pin, but the situation did not change. Does this sensor work correctly for you?

I need to print a few of these as soon as my bambu PETG HF arrives. Thanks for the overview and your experience. I'm not sure if anyone mentioned it (probably by now), but filament even fresh out of the package isn't necessarily dry. So for any filaments tempermental to moisture absorption like PETG or TPU, I dry them even fresh out of the package. Thanks for posting! Checking out the rest of your vids. 🙂

Why is the 0.9 tested at SCV 10 and the 1.8 tested at SCV 5 ? Just curious. Thanks.

Hi cant find the Ptfe adaptor alloy link thanks

When disabling the driver, it is recommended to use the enable pin of the driver and not cut power. I know this is an old video but maybe this helps someone :)

Any way to upsize this printer to 350mm x 350mm or 500mm x 500mm build plate?

One can also use this to render a monitor's screen with whatever picture you want. Say the desktop of windows, an image of that. Apply it to a custom emissive appearance and then apply it to the face of the monitor's screen area. Also, if one is thinking of adding light illumination to the printer, either at the printhead or around the enclosure etc. One can do it with this function as well, so one can get a preliminary idea of how the light will be cast on to the surface and it's surrounding parts A nifty approach indeed!

“Going to start very slow at….. 300mm/s” meanwhile my printer sweating bullets at 300 😂😂😂

Allahuaqbaarr!!

Is it just the Extruder water cooled or all axis?

water cooling is extreme for me but do you think a basic cooling with aluminum heat sink does any imprvements for torque / precision on 10-20K ish acceleration or does it allow more acceleration?

Madness

Принтер говно же

How do you adjust the size without also changing the size of the latches and hinges?

yaaa how about that 200 hour life on the motors? I would go through 30 motors a month. lol

Vz Filguard detector sensor link reaches a dead end....mellow does not respond in discord for information

Another useless 3D printer part? Why not just install two feeders sequentally? I have such setup and it works flawlessly. But I use in only because I print PA66-GF30 - it's very very stiff and it's very hard to pull from drybox through long bowden.

I don't like that it exposes the material to moisture at the tube connection. And it still puts tension on the filament until it trigers the extruder. It should continuously be running the extruder to keep the material floating.

ercf can do that too

I would be curious as to why now a days he is no longer using ODrive

since my spool has problems rotating easily on the spool holder, I have problems extruding TPU on my vz235. would this thing help with that?

They must have something wrong on the description/pictures...They state "200 hours motor life"

Is there any impact from damage from the drive teeth? I’m concerned that you no longer have pristine filament entering the extruder. Also, they say the drive motors wear out and need to be replaced. How often? I’d love to see a full review.

Is there any documentation on how this works or should be installed? Very cool idea!

Does the additional teeth marks affect print quality? It doesn’t look like it uses vzbot extruder gears. Maybe the melt zone on the Goliath negates any affect the teeth marks have.

I made my own filament zero tension setup which replicates the industrial steel coil unwinder at the press line. My one has some advantages over this design as it rotates the whole spool and the shaft the spool sits on has got one way bearings so in case of electronics failure the spool will still be freely rotating so the printer will still be able to pull the filament if motor stops anyway. There is a dedicated watchdog microcontroller that stops the motor if it rotates non-stop in case of filament tension probe failure. I build the setup for the sake of using 3kg spools that have a huge momentum of inertia.

I've built mine, too. It looks promising! But I need to find out where to connect and how to put it into Klipper :-B

Great idea.

Looks interesting, but wouldn't this add extra gear tracks? it's also not likely it's aligned with the extruder gears.

Whats the point in this? Does it work with mmu?

No. Thank you.

What’s your thoughts on it Simon? Seems like it might be a bit overkill no?

I put these in my Voron and I‘m still not shure at what current to run them. They seem to need at least 1.2A or they will stall. But even then they get really hot to the touch.

?