The sad part is that this is only the tip of the iceberg... I brought multiple tests in my 3D printer reviews so the cold true facts would speak. Companies that I had their 3D printer flaws exposed no longer ask for reviews. 🙃 youtube.com/watch?v=KOrQUS…

In a new video, I am checking out quite a crazy INDUCTIVE hotend - INo Trident by plasmics_3d youtu.be/XphpaHd8Q9s Are inductions hotends the future or just a gimmick? 🤨

It is that time of the year, huge thanks to PCBWay for the cool gifts! 😎 I am not going to lie, I am a simple guy, holding that solid 150x200x10mm aluminum plaque gives me a smile, haha. 🙃

Can any company finally make a competent 3D printer with stock Klipper?!... I so tired of all these lockdowns...

Finally a new video! We need a 0.5mm nozzle size to be a standard! It is such an amazing all-around option! 0.3, 0.4, 0.5mm > 0.2, 0.4, 0.6mm VIDEO: youtu.be/WTB4Smw2nBY

Finally, the Panda Revo vs Conch Plus vs HF ObXidian later adhesion testing! VIDEO: youtu.be/kignWSzLD7I

[NEW VIDEO] youtu.be/2llbJXqTmow In this video, I explored what happens if you print at a narrower extrusion width than the nozzle size.

Sometimes I have stupid ideas. But those might evolve into clever ones. I bet you have no idea what a hell this is... 😅

I can't believe I only now thought of this... 🤦‍♂️ You can pack so much more desiccant into the AMS unit if you also put desiccant into the middle of the spools. I used this model (but there are a lot of them): makerworld.com/en/models/1218…

If we have variable print speed for overhangs, wouldn't it also make sense to have variable print cooling fan speed? It should be easy to implement, as it is the opposite of the print speed, no? I would love this for filaments like ABS, PA, for the best strength and the look.

Does layer adhesion correlate with the required extrusion force? 🧐 I have some nice and interesting hotends to test: Slice Engineering Mako™ Microswiss FlowTech™ Phaetus3D Conch V6 Swiss3Dc Starlex DHB 🙃

Here are the first extrusion force results (220°C PLA). Stock Bambu Lab hotend vs E3D HF ObXidian. Same length melt zone. Regular vs CHT design. I don't know how this E3D hotend still manages to keep amazing me... 🤯 (lower=better) #3dprint #3dprinter #3dprinting

When people say Venture XL is big, IT IS BIG! Even the photos don't relay the actual size... It is ridiculous! This thing is never leaving this place, even if someone tried to steal it. 😂

You can never have too many heatbeds... wait what!??

So... who's the first one to try building Voron with this? 😅

Surely for a 600x600mm heatbed (4x beds), the 0.17mm range is good enough... I could probably squeeze to 0.15mm, but that would be just a waste of time with no real benefit. 🤓

This is probably the most unconventional hotend design that I have seen so far... The 3dmellow NF FluxHeat hotend. 35mm length meltzone (the longest from all my tested hotends) and standard V6 nozzles. Do you think it could outperform any of the current TOP 3 hotends? 🧐

Fysetc Venture XL + Phaetus3D Rapido 2 UHF upgrade. Printing SUNLU regular PETG (0.6mm nozzle at 0.3mm layers). So... This was ~0.7kg print... and it wasn't even that big. 3kg spools are the norm here. But the variety of them and air-tight dry boxes are so limited. 🥲

You think the linear rail reassembly is hard? Well, it is a piece of cake compared to reassembling the ballscrew... 🥲🥲🥲