home.social

#3d-printing — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #3d-printing, aggregated by home.social.

fetched live
  1. My 3D printer is named Robot. He's fully assembled, sitting on the floor next to my desk, ready to print.
    He can't yet. Not because of a hardware problem -- because of a teaching problem.
    Every lesson contains information sighted students absorb automatically. Good accessible teaching asks: how can I teach that another way? I spent a week in a 3D printing class discovering what happens when that question gets asked -- crinkling plastic bags, sandpaper scales, a rail that flops over when it isn't seated right -- and what happens when it doesn't.
    New on Access Interrupted:
    accessinterrupted.substack.com
    #accessibility #A11y #Blind #3DPrinting #ScreenReader #Education

  2. My 3D printer is named Robot. He's fully assembled, sitting on the floor next to my desk, ready to print.
    He can't yet. Not because of a hardware problem -- because of a teaching problem.
    Every lesson contains information sighted students absorb automatically. Good accessible teaching asks: how can I teach that another way? I spent a week in a 3D printing class discovering what happens when that question gets asked -- crinkling plastic bags, sandpaper scales, a rail that flops over when it isn't seated right -- and what happens when it doesn't.
    New on Access Interrupted:
    accessinterrupted.substack.com
    #accessibility #A11y #Blind #3DPrinting #ScreenReader #Education

  3. My 3D printer is named Robot. He's fully assembled, sitting on the floor next to my desk, ready to print.
    He can't yet. Not because of a hardware problem -- because of a teaching problem.
    Every lesson contains information sighted students absorb automatically. Good accessible teaching asks: how can I teach that another way? I spent a week in a 3D printing class discovering what happens when that question gets asked -- crinkling plastic bags, sandpaper scales, a rail that flops over when it isn't seated right -- and what happens when it doesn't.
    New on Access Interrupted:
    accessinterrupted.substack.com
    #accessibility #A11y #Blind #3DPrinting #ScreenReader #Education

  4. My 3D printer is named Robot. He's fully assembled, sitting on the floor next to my desk, ready to print.
    He can't yet. Not because of a hardware problem -- because of a teaching problem.
    Every lesson contains information sighted students absorb automatically. Good accessible teaching asks: how can I teach that another way? I spent a week in a 3D printing class discovering what happens when that question gets asked -- crinkling plastic bags, sandpaper scales, a rail that flops over when it isn't seated right -- and what happens when it doesn't.
    New on Access Interrupted:
    accessinterrupted.substack.com
    #accessibility #A11y #Blind #3DPrinting #ScreenReader #Education

  5. Elmet Technologies is to deploy 3D Systems' DMP Flex 350 Triple metal 3D printing system for producing hypersonic vehicle heat exchangers. The company will use C103, a niobium-based alloy designed for extreme high-temperature aerospace applications, with production expected to begin later this year. tctmagazine.com/elmet-technolo #3Dprint #3Dprinting #Aerospace

  6. Elmet Technologies is to deploy 3D Systems' DMP Flex 350 Triple metal 3D printing system for producing hypersonic vehicle heat exchangers. The company will use C103, a niobium-based alloy designed for extreme high-temperature aerospace applications, with production expected to begin later this year. tctmagazine.com/elmet-technolo #3Dprint #3Dprinting #Aerospace

  7. Elmet Technologies is to deploy 3D Systems' DMP Flex 350 Triple metal 3D printing system for producing hypersonic vehicle heat exchangers. The company will use C103, a niobium-based alloy designed for extreme high-temperature aerospace applications, with production expected to begin later this year. tctmagazine.com/elmet-technolo #3Dprint #3Dprinting #Aerospace

  8. Elmet Technologies is to deploy 3D Systems' DMP Flex 350 Triple metal 3D printing system for producing hypersonic vehicle heat exchangers. The company will use C103, a niobium-based alloy designed for extreme high-temperature aerospace applications, with production expected to begin later this year. tctmagazine.com/elmet-technolo #3Dprint #3Dprinting #Aerospace

  9. A better 3D printer would be good.. was considering Bambu Labs, but I hear they’ve been behaving in a manner not aligned with openness (don’t know full details). Any recommendations? Needs a cabinet; any improvement on a Geeetech i3 pro B. #3dprinting

  10. A better 3D printer would be good.. was considering Bambu Labs, but I hear they’ve been behaving in a manner not aligned with openness (don’t know full details). Any recommendations? Needs a cabinet; any improvement on a Geeetech i3 pro B. #3dprinting

  11. A better 3D printer would be good.. was considering Bambu Labs, but I hear they’ve been behaving in a manner not aligned with openness (don’t know full details). Any recommendations? Needs a cabinet; any improvement on a Geeetech i3 pro B. #3dprinting

  12. A better 3D printer would be good.. was considering Bambu Labs, but I hear they’ve been behaving in a manner not aligned with openness (don’t know full details). Any recommendations? Needs a cabinet; any improvement on a Geeetech i3 pro B. #3dprinting

  13. GEFERTEC has launched the arcTitan, a new wire-arc additive manufacturing system designed specifically for titanium processing. The system features a fully enclosed inert gas atmosphere and plasma-based WAAM process, achieving oxygen levels of 10-15 ppm for controlled manufacturing. With a 2000 x 700 x 1000 mm build envelope and deposition rate up to 3 kg/h, the system targets aerospace and energy sectors. tctmagazine.com/gefertec-launc #3Dprint #3Dprinting #Aerospace

  14. GEFERTEC has launched the arcTitan, a new wire-arc additive manufacturing system designed specifically for titanium processing. The system features a fully enclosed inert gas atmosphere and plasma-based WAAM process, achieving oxygen levels of 10-15 ppm for controlled manufacturing. With a 2000 x 700 x 1000 mm build envelope and deposition rate up to 3 kg/h, the system targets aerospace and energy sectors. tctmagazine.com/gefertec-launc #3Dprint #3Dprinting #Aerospace

  15. GEFERTEC has launched the arcTitan, a new wire-arc additive manufacturing system designed specifically for titanium processing. The system features a fully enclosed inert gas atmosphere and plasma-based WAAM process, achieving oxygen levels of 10-15 ppm for controlled manufacturing. With a 2000 x 700 x 1000 mm build envelope and deposition rate up to 3 kg/h, the system targets aerospace and energy sectors. tctmagazine.com/gefertec-launc #3Dprint #3Dprinting #Aerospace

  16. GEFERTEC has launched the arcTitan, a new wire-arc additive manufacturing system designed specifically for titanium processing. The system features a fully enclosed inert gas atmosphere and plasma-based WAAM process, achieving oxygen levels of 10-15 ppm for controlled manufacturing. With a 2000 x 700 x 1000 mm build envelope and deposition rate up to 3 kg/h, the system targets aerospace and energy sectors. tctmagazine.com/gefertec-launc #3Dprint #3Dprinting #Aerospace

  17. I think I’m getting better at this. My prep work still sucks though, ended up with some gassing out with micro bubbles and ruined the paint job. Oh well, I wanted to make a couple of tweaks anyways #keyboard #electronics #3dprinting #diy

  18. I think I’m getting better at this. My prep work still sucks though, ended up with some gassing out with micro bubbles and ruined the paint job. Oh well, I wanted to make a couple of tweaks anyways #keyboard #electronics #3dprinting #diy

  19. I think I’m getting better at this. My prep work still sucks though, ended up with some gassing out with micro bubbles and ruined the paint job. Oh well, I wanted to make a couple of tweaks anyways #keyboard #electronics #3dprinting #diy

  20. Asi o 5 verzí později.
    Konečně je čas na testovací tisk 🤔
    A pak mě čeká ještě panel pro stavové LEDky a ovládací tlačítko. Musím to nějak promyslet, aby tam nezatékala voda🫣

    #3DPrinting #Tinkering #OpenSCAD

  21. Asi o 5 verzí později.
    Konečně je čas na testovací tisk 🤔
    A pak mě čeká ještě panel pro stavové LEDky a ovládací tlačítko. Musím to nějak promyslet, aby tam nezatékala voda🫣

    #3DPrinting #Tinkering #OpenSCAD

  22. Asi o 5 verzí později.
    Konečně je čas na testovací tisk 🤔
    A pak mě čeká ještě panel pro stavové LEDky a ovládací tlačítko. Musím to nějak promyslet, aby tam nezatékala voda🫣

    #3DPrinting #Tinkering #OpenSCAD

  23. @LangerJan Myrtle ist so winzig 🙈 ich fürchte, ich brauche sie nochmal größer

    #dnd #3dprinting

  24. @LangerJan Myrtle ist so winzig 🙈 ich fürchte, ich brauche sie nochmal größer

    #dnd #3dprinting

  25. @LangerJan Myrtle ist so winzig 🙈 ich fürchte, ich brauche sie nochmal größer

    #dnd #3dprinting

  26. @LangerJan Myrtle ist so winzig 🙈 ich fürchte, ich brauche sie nochmal größer

    #dnd #3dprinting