there are basic settings on the tds on the product page. Anything beyond speed per layer height such as lift, retract speed etc is heavily dependent on the printer however we'll be reviewing all our resin (and actually filament too) for a bunch of printers in the new year so there will be a little library on the website

@3DJake_Official don't forget to use mini 8ks pls 😄

That doesn't sound right at all, the side fan bothers me a lot more than the steppers

@@3DJake_Official weird, so you hear no loud stepper motor singing while printing on normal/fast speeds? the fans are also loud but i have the printer in another room so I barely hear them. The steppers however I can even hear downstairs.

This time we used Elegoo Cura and the generic profile was used but we almost exclusively use Orca for everything in the workshop so for future prints we would be using Orca - there is already a profile for it there.

Its not a review though lol

I'm not entirely sure on how they differ on a legal basis but they are basically two separate divisions of the same company, they just separate their research and products, BIQU come out with accessories like hotends and BTT come out with the more fundamental things like mainboards

True, the patent images are confusing as they have the dual output but only one channel running from the hub to the output so god knows what is really gonna come out, we just have to wait and see. IDEX makes more sense plus you have all the advantages of an IDEX too but it complicates things and thereby raises the price, if they can get the dual channel working it would be awesome.

Fair point, we're changing that, thanks :)

That would be outstanding on any printer, let alone one this size.

I think he’s over 1000mm tall.

@TheOfficialOriginalChad I assume anyone would understand it would need to be done in a few pieces. Well, almost anyone.

@@TheOfficialOriginalChad sitting cross-legged should fit. And used more than one plate.

@ haha I love the idea of cross legged 😂😂 Not more than 1 plate though. Any printer can do that, and many faster.

@ why would you want to showcase a large print bed by printing something that doesn’t fit on the print bed? Literally any printer can do that. Why insinuate someone is dull for thinking that’s not a great idea?

Little updates coming in the new year, full video at the start of February :)

oh you!

In theory, a 4-in-1 fusion nozzle could enable the mixing of different filaments in real-time to create custom colors, such as orange by blending red and yellow filaments in a given ratio. Here’s how that would work: Filament Mixing: With a 4-in-1 fusion nozzle, the system would allow all four filaments (e.g., white, red, yellow, blue) to be fed into the nozzle simultaneously, but in specific ratios controlled by the feeding motors of the AMS. Feeding Motors Control: The four dedicated feeding motors in the AMS would control the ratio of the different filaments being fed into the nozzle. For example, to create an orange color, the AMS could feed 50% red and 50% yellow filament to the fusion nozzle. Fusion Nozzle: The fusion nozzle would then mix these filaments as they pass through and extrude them as a single stream of filament with the desired color (orange, in this case). This would allow dynamic color blending, creating various shades on the fly based on the filament inputs and the printer's instructions. This would be an innovative way to create new colors without requiring separate extruders for each color. However, while the idea is technically possible, as of now, such 4-in-1 fusion nozzles are not commonly found in consumer-grade 3D printers like the Bambu Lab A1 Mini. If the A1 Mini or other printers supported this type of nozzle, you'd need both the appropriate hardware (the fusion nozzle) and the software to manage the real-time mixing and control the filament ratios. But in principle, with the correct setup, you could achieve continuous color mixing based on the ratio of the filaments provided by the AMS. Copyright by me, 2024-12-22