HOW TO MAKE: SOFT ROBOTS

Sdílet
Vložit
  • čas přidán 20. 08. 2024
  • Our Problemsolving Project for Engineering studies at the University of Leuven.
    If you have any questions, email me at
    jandetroij@gmail.com.
    🔸 Days of Playlist: • Days of
    For general info or commercial work (custom videos, event shoots, drone photography and filming):
    contact@trojanmovies.be
    instagram: @trojanmovies
  • Krátké a kreslené filmy

Komentáře • 23

  • @Nord635
    @Nord635 Před 4 lety +5

    Cool! Looks like you really enjoyed the process

  • @kvnptl4400
    @kvnptl4400 Před 4 lety +3

    Nice gripper, I am planning to make one for my agriculture harvesting robot. Can you please help on the process?

  • @ruo_ing
    @ruo_ing Před rokem

    this music so happy

  • @violettracey
    @violettracey Před rokem

    That looks very cool! Exactly what did you use? It looks like you used some kind of liquid rubber for the main part, and while the rubber was still semi liquid added paper on one side (after the muscle was done, it bent towards the paper). After the rubber was hardened, you wrapped the entire thing in some thread. Was that nylon thread? I know some people use it for artificial muscles as it contracts with heat. You ran electricity through it somehow. What part of it was conductive? Did the thread itself have some kind of conductive coating? Are there any components to the muscle I missed?

  • @yuhanji7625
    @yuhanji7625 Před 7 lety +2

    as our experiment... without the metal limitation layer it could bend also ...

    • @TrojanMovies_
      @TrojanMovies_  Před 7 lety

      If you have any questions, I would be glad to answer them.

    • @yuhanji7625
      @yuhanji7625 Před 7 lety +1

      Thanks. So have you tried other different actuators ? I'm trying to find one that could bend most when injecting air in. I guess it's probably related to the length of the actuators and the metal limitation layer. And in our project, the length of the actuators is less than 6 cm, so i need to focus on the metal limitation layer...

    • @TrojanMovies_
      @TrojanMovies_  Před 7 lety +2

      The one that can bend most is the one we used. If you send me an email, I'll send you some more information, as well as the report I wrote for the project.

    • @yuhanji7625
      @yuhanji7625 Před 7 lety

      Sure. Thanks for help!

    • @faisalmohd8439
      @faisalmohd8439 Před 5 měsíci

      @@yuhanji7625hello, can you help me?

  • @randomthoughtsandthings

    Ga naar de kapper Jan!

  • @robaermaged3027
    @robaermaged3027 Před 4 lety +1

    how this video dosen't goes virual ?!!!!
    advice to this channel republish with good keywords and good title ... will go virual iam sure

  • @libbyji8716
    @libbyji8716 Před 5 lety

    so cuteee

  • @akanumutcan
    @akanumutcan Před 6 lety

    Guys which elastomer did you use? and why did you apply heat and vacuum process? Could you please response me? If you want, we can talk on e-mail. Thanks

    • @TrojanMovies_
      @TrojanMovies_  Před 6 lety

      Could you please send us an email. We will answer your questions and show you the details of our project.

    • @akanumutcan
      @akanumutcan Před 6 lety

      uakan95@gmail.com I have sent an e-mail to you.

    • @davidschneider7969
      @davidschneider7969 Před 5 lety +5

      They used Smooth--on Ecoflex - it looks like #30 from the video. Ecoflex is inexpensive - available from the US-based supplier for about $33 USD. Use the vacuum to outgas the air bubbles in the polymer. When you mix it the mixing action entrains air into the mix, which will remain in the rubber after it cures. Heating speeds the curing process. The Ecoflex product cures in 4 hours at room temperature, but in 15 minutes at 150 F or 60 C.