Відео

Nice

Love smart happy people. 🦾🤙

Bruh 18,5k

do these actually work now? I have seen a lot of really bad reviews for this.

what a video. Thank you!

This is quality content and well presented too. Regarding the set of machines, I am somewhat surprised that those are, well, "under engineered". For 17k I expect more sensors and actuators. Adjusting rates by hand is a thing of the past.

Now that you've got this thing printing, do you find yourself thinking of ways to use it often? I'm curious when it makes more sense to run a giant print versus manufacturing something using alternate methods. Really cool built regardless!

We produce shredder machine.we are a factory from China

Name and price of this printer?

I would like to know the price of this machine.

Duet has a daughterboard for thermocouples why did you not use that?

The print qauilty is terrible.

Exquisite

very good.nice guy. i maked CNC machine in Japan.

She finally did something good 🤣

Awesome video! Everything I wanted to know and a whole bunch more that I was happy to learn!

I worked in the plastics industry when I was younger. I worked on Extruders, Injection moulders, Massive or rather Gigantic Vacuum formers, Conduit pipe bending and collar forming in baths of Hot Glycerin. As well as Custom made anything made out of plastics. Oh yes, we did Signs as well and had an in-house electrician to sign off on everything. Cool job. So, if 30 years ago you told me about 3D Printers and how everyone would have one in their home, I might just have believed you. But if you told me that a few years later again many of those people would have their own plastic extruders in their homes and some people even making their own little injection moulders well, i would never ever have believed you. The prices of industrial injection moulders and extruders were prohibitively expensive back then. The injection moulding machine its self was around $1M (Australian) and I was told the Moulds were around $500k per set in total. The mould in particular was for making McDonald's Tea Spoons. I can not wait to have my very own extruder for making 3D Printing Filament.

Hello dear sir built a frame for it 😊😅

Hello dear you could take off the axel screw up the handle and then see what you could do after that 😊😅

which engines are used along the axes? There is nothing about it in the BOM....

Very Nice Job ! This size printer really shows up the errors with the size of the extrude being 5mm. ( Helps me realize the errors in my smaller printer) Loved the Planter setup .Very ingenious !

0:48....vulcano cht nozzle = 70mm3s: super vulcano with dual vulcano cht inside (one "nozzle" without the tip act like a spacer) And you have almost 200mm3s (but try to keep it hot...in reality more like 150mm3+) It is possible to use multiple spools at once (few extruders , few heating zones , single nozzle...like in old multi colour nozzles ) to go over 500mm3s easly for pretty cheap , but it will be behemoth of a hotend (dont ask me how i know that , lets just say my smallest oldest (10y+) printer have 500mm+/- xyz and printed molds for composites)

Hey Dr. D-Flo, I'm back with another question, have you seen the Greenboy3D work on a diy pellet extruder? Could I have your thoughts on it? Thanks again!

26:31 the inductive sensor flag should go beside the sensor not in collision to it.. nice job👍🍺

An idea, on long runs you could add nutless supports that are pulled out from the bearing end when the head is close to the drive end. And they could act as a cable guide from the side

Awesome - very clear and nice video - everything in 1.5 hours that you must know abbout cnc plasm Where can i order the fluid for the watertable

Awesome video, kept me very much hooked the whole way through. Can't wait to see more upgrades. Just plain incredible work and thoroughly impressive just how many specialties you've needed to master to be able to do a project like this.

$15k and an headache 😂

A little tip on soldering those cup terminals: The easiest way to get a perfect joint every time is to tin the wire, then heat the cup from the side, melt it full of solder, stick the pre-tinned wire in and let it cool. If you want a visual guide, I believe the PACE soldering tutorial showcases this method.

The obvious question... "But why?"

You should check out the V-Spooler Easy Motor Drive. It uses a nema 17 stepper motor to drive the Spooler instead of a drill. I also recommend the Quiet Roller mod.

Why not just to to put big pellet extruder before printer and make filament, wind that to some buffer roll and after, just wire that freshly made filament to normal light-weight extruder of the printer? Cheaper and also no issues with retract

20k for that ???? I work 10 years in the plastics industry and that thing is a damn scam. Almost everything from 3D printing is actually extremely overpriced or actually a scam

You are still killing it. I love your content.

Those layer lines are breaking my 💜.

Song at 28:08 ?

As amazing as this thing is, it really upsets me how expensive this is at over $22,000, even if it's geared for "industrial use." It's not just "Massive Dimension" pellet extruders that cost so much. It seems to be industry-wide with some costing nearly $100,000. Maybe it's a bad comparison, but at this price, I could get a brand new car like you suggested. A car has significantly more technology, more parts, engineering, raw materials, and overhead that went into manufacturing them. Can someone explain the cost breakdown for these things?

I just watch homies videos and pretend like I understand what he is talking about.

You say that pellet extruders can have issues with small moves due to the need to build pressure. Could this be fixed by decoupling the requested flow rate and the screw motor? If you had a way of sensing the pressure in the nozzle then maybe you could have the nozzle pressure controlled separately from the flow rate requested by the Gcode file. Or maybe some changes to how the slicer works to allow it to compensate for the screw extruded and continue spinning the screw between moves.

Why not print one of those dairy queen stainless steel lid sleeves for your containers so more of the reclaim falls in?

Have you got a jam in screw and how easy was to remove the screw then?

Row row benchie boat, gently down the stream :-). Sending the giant benchie down the Niagara Falls might be a clickbait worthy content for you to attract more subscribers and get people into makerworld. Of course picking up the benchie with GPS tracker at later stage down the stream to see how tough it is.

i wonder if a pellet extruder could benefit from some sort of valve to block the flow of plastic and maintain pressure during travel moves instead of a standard "retraction"