Think sugar paintings are just flat dragons? Watch this girl 3D-print a whole tricycle with molten sugar! Who wants a sweet ride? Raise your hand! 🚲🍬🖐️ #3DPrinting# #ChineseCulture# #SugarArt#

3d printed livesize Chun-li from Streetfighter part 3/4 we have 3rd part here and here I threw myself into basic spray painting where I used Molotow sprays and got the shoes ready so I could then assemble the painted parts straight onto the base 😊🤘 Printer @Prusa3D XL Matwrial @prusament PLA Author @ESM53897181 #3dprint# #prusa# #streetfighter# #movie# #game# #3d# #livesize# #chunli# #playstation#

#日本# #日本全国# #日本発送# #日本のものづくり# #ものづくり# #クリエイター# #デジタル制作# #日本のクリエイター# #ハンドメイド# #工房# #3Dプリント# #3Dプリンター# #3D印刷# #3DPrinting# #3DPrinter# #AdditiveManufacturing# #HighResolutionPrint# #ResinPrinting# #STL# #ミニチュア# #ミニチュア制作#

New commission (WIP) Dr. Null. #DND# #dungeonsanddragons# #tabletopgames# #RPG# #pathfinder# #ttrpg# #gamedev# #TRPG立ち絵# #trpgセッションで聞いたひどい台詞# #TRPG好きと繋がりたい# #TRPG募集# #3D# #3DCG# #3dart# #3dmodeling# #3DPrinting#

#Trade# | 📊 #Guangdong#'s foreign trade hits 6.49 trillion yuan in Jan–July 2026, up 20.5% YoY! 🇨🇳💪 Exports: 3.8T 📤 | Imports: 2.69T 📥 | Surplus: 1.11T Top partners: #ASEAN# (1.02T), #HongKong# (990B), #EU#, #US#, #Taiwan#. Tech leads growth: IC exports +58%, lithium batteries +40%, EVs +30%, 3D printers +120%! 🤖🔋 183K companies active (+34.7%), private firms drive 4.37T trade. AI demand fuels IC imports (+48.6%) and computer parts (+77.9%). #Economy# #Exports# #Imports# #TechExports# #EV# #LithiumBattery# #3DPrinting# #AI# #TradeGrowth# #ChinaEconomy#

I had Grok Build create a virtual 3D Printer. I called it the BOT PRINTER. You can use it to 3D print and collect Grok Bots. It’s a meditative pastime for when you have a few minutes to spare. You can find it in the demo section of my website.

Research Spotlight 2016 | Exo-Balancer Enter your body measurements and get the ideal camera mount position — calculated from your own center of gravity. Then 3D print a stabilizer built just for you.

Pioneer Labs announced sPL.001 today which is a microbe engineered to grow on Martian dirt & turn it into building material. The organism is Cupriavidus necator, a bacterium that naturally stores carbon as PHB, a bioplastic. The recipe is genuinely elegant: 40 grams of Martian regolith per liter of water supplies nitrogen & phosphorus, while the carbon comes from acetate made from atmospheric CO2 using a small electrocatalysis device. Dirt, water & air in, printable plastic out. The reason regolith is hard: it's heavily salted & contains 0.5 to 4% perchlorate, a bleach-like compound that kills most lab strains. Getting a chassis organism to grow in that at all is the achievement here. The idea isn't new, which is a point in its favor. A 2015 study estimated that C. necator producing PHB on Mars could cut the shipped mass needed to 3D-print a six-person habitat by 85%. Pioneer Labs is trying to actually build the organism. Now the caveats. This is a company announcement with no paper and no peer review yet. The claim that one rocket's equipment yields a small city's worth of material in four years is a model, not a demonstration. Despite the terraforming language, the microbe lives in sealed heated bioreactors - their own roadmap describes indoor biomanufacturing as a stepping stone toward an outdoor organism, which is a much harder problem. Still, the framing is right. You cannot ship a city. You can ship a bacterium and let it eat the planet.