Fabbing

[Dev Khanna @CurieuxExplorer]

Creating a 3D-printed object from text in under 10 minutes! 🖋️➡️🖼️➡️🌐➡️🖨️

With Gemini for brainstorming, Imagen 3.0 for generating the image, Trellis for GLB conversion, and Bambulabs for printing, this workflow brings ideas to life faster than ever 🚀

https://t.co/sQCR8RHHmP
@mvollmer1 @Shi4Tech @EvanKirstel @fogle_shane @FrRonconi @Nicochan33 @jblefevre60 @PawlowskiMario @Khulood_Almani @Analytics_699 @MargaretSiegien @RLDI_Lamy @Fabriziobustama @enilev @Ym78200 @pierrepinna @gvalan @LaurentAlaus @bimedotcom @kalydeoo @ipfconline1 @BetaMoroney @jeancayeux @TanyaSinha_

[3D Printing Canada @3dprintingcan]

This Dream Crystal PLA Filament Looks So good! -Model by Pixelux on Makerworld #3dprinting

[Stuff Worth Seeing @StuffWorthSee]

3d printing is actually getting out of hands

[Co Print 3D Printing Technologies @CoPrint3d]

You won’t believe how flexible this duck is! 🦆✨
A multicolor flexi duck printed with Co Print KCM Set + Elegoo Neptune 4 Pro.

Fun to play with, and the colors look awesome 😄
Want to upgrade your printer for multicolor printing too?
👉 Visit https://t.co/36vvc2fAi5 and start upgrading!

[Science girl @sciencegirl]

Engineers designed a 3D printer to print in gel, making midair printing a possibility

[Arcfunmi @Arcfunmi]

Would you live in a 3D printed home?

[Ilir Aliu @IlirAliu_]

Print in 3D space.

That is a fascinating look at non-planar 3D printing, specifically using a 6-axis motion system.

Instead of the traditional "layer-by-layer" approach where the printer head only moves on a flat 2D plane X and Y before stepping up Z, this machine uses robotic arms/ fixtures and a tilting bed to print in 3D space simultaneously.

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Weekly robotics and AI insights.
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[Tansu Yegen @TansuYegen]

A 3D printer just made a perfect mini boat in 74 seconds 🚤

[Lukas Ziegler @lukas_m_ziegler]

3D printing ceramics without supports! 🤯

Researchers developed a method that lets you print unsupported, large-span ceramic structures.

For example things like torsion springs, cantilevers, and 3D bends, without needing support scaffolding during printing.

That’s huge because supports add time, waste, and can damage parts when removed.

The trick combines direct ink writing with near-infrared-assisted photopolymerization (tbh needed to look that up: process where light, often UV, triggers small molecules to link together).

During extrusion, a photosensitive ceramic slurry cures in situ under NIR light, solidifying as it’s deposited and keeping the shape stable even over long horizontal spans.

This lets ceramic filaments of different sizes, from sub-millimeter to millimeter scale, harden fast and hold shape mid-air.

Structures that would normally sag or collapse without supports now print reliably, with good surface quality and structural precision.

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[Ronald van Loon @Ronald_vanLoon]

From Printer to Body: Wearable #3D Printing Takes Innovation to the Next Level
by @Fabriziobustama

#3Dprinted #Technology #Innovation #EmergingTech #TechForGood

[Co Print 3D Printing Technologies @CoPrint3d]

We upgraded the Ender 3 V3 Plus with the KCM Set to enable multi-color printing — and printed a massive Sonic figure!

If you want to transform your existing 3D printer into a powerful multi-color machine, 👉 visit https://t.co/QM0O0yAGkw.

[Tansu Yegen @TansuYegen]

We’re looking at the future of fashion, customization, and on-demand manufacturing with 3D printing. No molds. No factories. Just pure digital creativity turning into physical hype😉

[Lukas Ziegler @lukas_m_ziegler]

A robot for the 3D printing farm! 🖨️

3D printing is often tied to a repetitive cycle: wait for the print to finish, remove it, clean up, start the next one—and repeat.

But what if there were a solution that changed all of that?

This robot powers an entire 3D printer farm.

With this system, printing can run non-stop, as long as there’s filament to feed it. The robot handles the rest: collecting finished prints and placing them neatly on the rack, ready for the next job.

Great showcase by DHR Engineering! 🦾

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[Massimo @Rainmaker1973]

The Tilt Shift effect is a technique that can create an interesting 'toy-town' miniature look.

Watch how it makes farming vehicles look like toys.

[Wevolver @WevolverApp]

Software-Defined Connectivity (SDC) is transforming how IoT and connected tech scale, innovate, and stay secure. From smarter autonomous mobility and AI-driven robotics to video-centric IoT and city-wide smart infrastructure, SDC replaces rigid legacy networks with programmable, cost-efficient connectivity that keeps data flowing and compliant in real time.

It even empowers cloud-native builders to ship faster with API-driven control. Discover how SDC turns connectivity from a cost risk into a strategic growth engine for modern tech: https://t.co/DayZCkRjP7

#monogoto #engineering #technology #sdcs

@Monogoto_IoT

[Alan Sora @sora_theduck]

If you are an engineer, you should be able to do this.

[Brian Roemmele @BrianRoemmele]

BMX Robot. Bunny hop technology.

Get ready?

[Lukas Ziegler @lukas_m_ziegler]

Robotics is no bullshit! 💩

I mean it, just look at these barn cleaning robots.

Lely Discovery Collector uses clever suction technology to manage manure on farms.

Cows are happier and healthier when barns are cleaner, producing better milk.
In this way, farmers can have a more hygienic farm. 🐄

Furthermore, it shows us how much agriculture can be automated, and how farms and barns can benefit from the robotics progress.

Using robotics in farming promotes sustainability and a better future for everyone.

It's amazing how smart machines like these can handle tough jobs and make farming much cleaner and modern!

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[Wevolver @WevolverApp]

Improved Underwater Imaging with FIFISH V-EVO

Using intelligent imaging algorithms, the FIFISH V-EVO reduces the white marine flakes caused by plankton and bacteria. Its adaptive imaging system enhances underwater visibility, providing clear and smooth footage with reduced noise, allowing you to capture the underwater world in vivid colors during your dives.

Video source: QYSEA · FIFISH AI ROV

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