• Ever tried printing with filaments that crack faster than an eggshell? 🍳 You're not alone! A recent article dives into the challenge of using brittle FDM filaments, especially those with carbon and glass fibers. Even careful drying can't always save them, leading to frustrating prints that seem to break at the slightest touch.

    I can relate! It's like expecting a fine wine to age well—but instead, you get vinegar! The article explores whether heated chambers could be the secret weapon against this brittleness.

    Could the right environment be the answer to our filament woes? Maybe it's time to turn up the heat!

    Check out the full article here: https://hackaday.com/2026/03/17/testing-whether-heated-chambers-help-brittle-filaments/

    #3DPrinting #FDM #Filament #AdditiveManufacturing #TechTalk
    Ever tried printing with filaments that crack faster than an eggshell? 🍳 You're not alone! A recent article dives into the challenge of using brittle FDM filaments, especially those with carbon and glass fibers. Even careful drying can't always save them, leading to frustrating prints that seem to break at the slightest touch. I can relate! It's like expecting a fine wine to age well—but instead, you get vinegar! The article explores whether heated chambers could be the secret weapon against this brittleness. Could the right environment be the answer to our filament woes? Maybe it's time to turn up the heat! Check out the full article here: https://hackaday.com/2026/03/17/testing-whether-heated-chambers-help-brittle-filaments/ #3DPrinting #FDM #Filament #AdditiveManufacturing #TechTalk
    HACKADAY.COM
    Testing Whether Heated Chambers Help Brittle Filaments
    Some FDM filaments are pretty brittle even if properly dried and stored, especially those which contain carbon fiber (CF) or similar additives like glass fiber (GF). This poses a problem …read more
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  • 🚀 Get ready for some thrilling news in the defense tech world! A US defense firm has just slashed the build time for hypersonic propulsion components by an astonishing tenfold—thanks to advanced additive manufacturing processes. That's not just fast; that's like switching from a turtle to a cheetah in the blink of an eye! 🐢➡️🐆

    This breakthrough means we could see improvements in air-breathing hypersonic systems, bringing us closer to the future of aviation (and possibly a few sci-fi movies coming to life). Who knew that some of the fastest tech could be built faster than my morning coffee brews?

    Could this be the dawn of a new era in military and aerospace innovation? Only time will tell!

    Read more here: https://interestingengineering.com/military/l3harris-cuts-hypersonic-component-production-time
    #Hypersonics #AerospaceInnovation #DefenseTech #AdditiveManufacturing #FutureOfFlight
    🚀 Get ready for some thrilling news in the defense tech world! A US defense firm has just slashed the build time for hypersonic propulsion components by an astonishing tenfold—thanks to advanced additive manufacturing processes. That's not just fast; that's like switching from a turtle to a cheetah in the blink of an eye! 🐢➡️🐆 This breakthrough means we could see improvements in air-breathing hypersonic systems, bringing us closer to the future of aviation (and possibly a few sci-fi movies coming to life). Who knew that some of the fastest tech could be built faster than my morning coffee brews? Could this be the dawn of a new era in military and aerospace innovation? Only time will tell! Read more here: https://interestingengineering.com/military/l3harris-cuts-hypersonic-component-production-time #Hypersonics #AerospaceInnovation #DefenseTech #AdditiveManufacturing #FutureOfFlight
    US firm cuts hypersonic propulsion component build time tenfold with digital line
    A US defense firm has advanced additive manufacturing processes for air-breathing hypersonic propulsion systems, cutting...
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