#cloud 3d print

[danielwalkerbiz]

Remote printing with monitoring and control from anywhere in the world!

[captainhotstop]

Been working on this massive 3d-printed Buster Sword for about a month now

Still need to smooth and paint but I'm excited to finish this (got the file from here- SOURCE)

[deshaff]

"Chasing Sunsets and Midnight Thoughts"

evokes a journey of introspection and beauty, symbolizing the transition between day and night. The phrase suggests the pursuit of fleeting, serene moments—like sunsets���while simultaneously diving into deep, contemplative thoughts that often arise during the quiet of the night. It paints a picture of someone chasing after the ephemeral beauty of nature while reflecting on life's mysteries, emotions, and dreams in the stillness of midnight. The mood is poetic, introspective, and tinged with a sense of wonder and longing.

[tipsygeek]

I completed my air/storm/cloud elemental family. I'm not so sure about the gradients on either but I wanted to go sunny vs stormy days.

Elementals by White Werewolf Tavern

[seashellcheeks]

https://www.cecisariol.com/product-page/xochi-barrette

[gfl-neural-cloud]

Hi Professors!

Kanyon Industries went and 3D printed a replica of Kuro's bullpup keyboard! Super curious to see how it would do in battle.

[nekoewen]

put my data in cloud storage

[mockupcloud]

New Branding & Packaging Mockups

Hey guys, check the new stylish branding and packaging mockups.

👉 DOWNLOAD

[danielwalkerbiz]

Unboxing the BIQU B1: A Comprehensive 3D Printer Package

Are you eager to kickstart your 3D printing adventure in the Great White North? Well, you're in for a treat because the BIQU B1 3D Printer package from MechSolLtd is here to be your ultimate guide. This printer may arrive in a disassembled form, but fret not – we're about to unravel the magic for you. With our step-by-step product guide, you'll have your printer up and running in the blink of an eye, just 7-8 minutes is all it takes.

Unbox Innovation: Your Key to 3D Printing

Our package isn't just about a printer; it's a whole experience! The BIQU B1 comes equipped with a treasure trove of accessories. From nozzles to cables, wrenches to filament, and yes, even a nifty TF card reader, we've got you covered. There's no room for guesswork here. We've ensured you're armed to the teeth for your upcoming 3D printing escapades.

Silent Powerhouse for Any Environment

What sets the BIQU B1 apart is its remarkable silent printing capabilities. It's all thanks to the powerhouse under the hood - the 32-bit SKR V1.4 motherboard and TMC2225 mute drivers. This silent operation isn't just impressive; it's practical. You can now unleash your creativity in any setting, be it your cozy home or bustling office.

Versatility at Your Fingertips

The BIQU B1 is your versatile 3D printing companion. It plays well with different filament types, including PLA, ABS, PETG, and TPU. This means it's ready to tackle a wide range of projects with finesse and precision. And the cherry on top? The user-friendly 3.5-inch color touchscreen interface, making the entire printing process a cakewalk, even for rookies.

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Don't wait any longer; it's time to take your 3D printing dreams to the next level with the BIQU B1 3D Printer. Order yours today and embark on a journey of endless creativity!

[techtoio]

The Science Behind 3D Printing and Its Innovations

Introduction Alternative term for additive manufacturing: in this process, objects are conceptualized in another manner, changing how the objects are thought of by using 3D printing. One such technology is making creation from prototyping to final products more flexible and efficient. At TechtoIO, we deep dive into the science of 3D printing and the innovations that fuel this groundbreaking technology. Read to continue link

[everydaydollydomes]

Ough, big thanks to my friend Sam for showing me how to smooth things in Blender. I also applied this to Brewnhilda, though I neglected to grab screenshots last night, I'll share some later today. After seeing how...hmm....'low resolution' some of Brewnhilda's rounded parts were, I knew Drizzle would have the same issue. It wasn't terrible...but it also wasn't what I wanted and I doubted it was what anyone who'd like to print or buy the printed cloud or teapot heads would want, either, so looking to fix that now is better than fixing it later or making people have to deal with excessive sanding (also not sure how well it would have come out in filament)

[techpass-pro]

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[tipsygeek]

I started painting my air elemental and I wanted it to look like a storm cloud. At first I thought it looked like grapes but I'm really liking my progress so far!

[jcmarchi]

How microplastic travels into the Arctic - Technology Org

New Post has been published on https://thedigitalinsider.com/how-microplastic-travels-into-the-arctic-technology-org/

How microplastic travels into the Arctic - Technology Org

How far microplastics travel in the atmosphere depends crucially on particle shape, according to a recent study by scientists at the University of Vienna and the Max Planck Institute for Dynamics and Self-Organisation in Göttingen: While spherical particles settle quickly, microplastic fibres stay in the atmosphere much longer. Thus they can travel as far as the Arctic or Antarctica and might even reach the stratosphere. Further studies are needed to investigate the possible influence of microplastics on climate and the ozone layer.

Microplastics everywhere: plastic particles can even be found on glaciers in the Antarctica. However, only fibers travel this long distance, as they remain in the atmosphere for much longer than sperical particles, as an Austrian-German team found out. Image credit: Pippa Whitehouse, University of Durham

Microplastic particles can be found in the most remote corners of our planet. Atmospheric transport is the only conceivable pathway for some places, such as Arctic or Antarctic glaciers and ice sheets. However, it is puzzling how some quite large and mostly fiber-like microplastics found their way to such places, even though atmospheric transport models predict that such large particles fall out of the atmosphere close to their sources.

The study by an interdisciplinary group of scientists from the University of Vienna, Austria and the Max Planck Institute for Dynamics and Self-Organisation in Göttingen, Germany, has approached this puzzle via an innovative combination of laboratory experiments and model simulations. The researchers first determined experimentally how fast microplastic fibers settle in the atmosphere and found that fibers settle substantially slower than spheres of the same mass.

Lack of data on microplastic fibers in air

Mohsen Bagheri of the Max Planck Institute for Dynamics and Self-Organisation, who oversaw the laboratory experiments, comments: “Surprisingly, there is almost no data in the literature on the dynamics of microplastic fibers as they settle in air. This lack of data is largely due to the challenges of conducting controlled and repeatable experiments on such small particles in air. With advances in submicron-resolution 3D printing and the development of a novel experimental setup that allows tracking of individual microplastics in air, we were able to fill this knowledge gap and improve existing models in this study”.

The researchers then implemented a model describing the settling process of non-spherical particles into a global atmospheric transport model. The differences to spherical particles were dramatic: fibers with lengths of up to 1.5 mm could reach the most remote places of Earth in the model, while the model showed that spheres of the same mass settled much closer to the plastic source regions.

Daria Tatsii from the Department of Meteorology and Geophysics at the University of Vienna, the first author of the study, says: “With the novel laboratory experiments and modelling analysis, we certainly reduce uncertainties about the atmospheric transport of fibers and can finally explain via modelling why microplastics reach very remote regions of the planet. An important result of the study is that our analysis is applicable not only to microplastics, but also to any other particles such as volcanic ash, mineral dust, pollen, etc.”.

Fibers might have an impact even on the stratosphere

It all depends on the shape: In experiments and model calculations, an Austrian-German team found that plastic fibers stay significantly longer in the atmosphere than spherical particles. For the experiments, researchers from the Max Planck Institute for Dynamics and Self-Organization created plastic beads and differently shaped fibres using 3D printing. Image credit: Mohsen Bagheri, MPI-DS

Another finding is that, in the model, plastic fibers could reach much greater heights in the atmosphere than spheres of the same mass. Andreas Stohl of the University of Vienna who initiated the study comments: “This could have implications for cloud processes and even for stratospheric ozone, since it seems possible that microplastic fibers are abundant in the upper troposphere and might even reach the stratosphere. For instance, we cannot rule out that chlorine contained in these particles is harmful to the ozone layer. However, right now we do not even know how much plastic, and in which sizes and shapes, is emitted to the atmosphere, and we also do not know what happens to it under the extreme conditions of the upper troposphere and stratosphere. We are lacking very basic data. But given the dramatic increase in global plastic production, we have to be watchful.”

Source: MPG

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[ultravioart]

I think 2024 will have more text musings from me. Idk tho.

But here is one anyways:

The dream would be 3d modeling on pc and producing 3d print works like figurines but painting is legit impossible for me due to health now lol, guess I have to wait until the Statasys PolyJet/BJP patent expires in a decade+, so that consumer level color/transparency/multimaterial printers can become available. $50,000 for the base machine is not affordable lmafo.

Honestly with the rate at which certain tech advances, it truely feels like patents in those specific fields stunt global advancement for decades. Feels criminal.

For things like 3d printers that are able to print with different materials, colors, and transparencies, it could truely save lives and at minimum drastically improve livelihoods, so it is so bizarre that tech like this is gatekept and not shared to be expanded on and innovated on by others.

This is also a problem in the gaming industry, (albeit at less severity, but still ridiculous). Tell me why there was a DECADES long patent on "mini games during loading screens" that was barely even used before it expired? And the nemesis system...

Obviously, patents have a use and can be very important in making sure creators are not taken advantage of or ripped off (in fact it will likely be a saving grace for taking down unethically sourced data for the current scummy unregulated generative ai models out there), but in certain situations like 3d printing it is straight up detrimental gatekeeping that benefits no one.