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Hinge, Low Profile via TPU Flex, 8mm Grid Compatible with 4mm Screw Holes — zdjęcie 1
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Hinge, Low Profile via TPU Flex, 8mm Grid Compatible with 4mm Screw Holes

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A simple hinge in multiple lengths . Requires printing in TPU or other durable flexible material. Prints easily though.

Ocena
0 / 5
Polubienia
5
Pobrania
30
Wydruki
0
Wyświetlenia
235
Oceny
0

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Informacje o modelu

Źródło
Printables
Licencja
Creative Commons — Attribution — Share Alike

Here is a hinge similar in purpose and use cases to this one from GoBilda: https://www.gobilda.com/2902-series-hinge-5-hole-38mm-length/

This requires a highly flexible filament type such as TPU. The hinge mechanism is simply a thinner section of TPU that bends very well relative to its strength.

PROS (In comparison to metal hinges):

  • Much cheaper if you already print in TPU.
  • Much quicker to acquire if set up and you don't already have a hinge.
  • Various lengths easily acquired.
  • Can be better quality than the cheap ones.
  • Lower profile than the good ones.

CONS:

  • Not as rigid along the pin axis. More play in 3 dimensions, and twisting.
  • Probably wears out more quickly
  • Weaker, though way sufficient for many/most use cases.

ALSO:

  • Higher resistance to movement.
  • Slightly springy, toward the unbent position.

 

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BOM: 

INSTRUCTIONS:

  • Use a good “structural” part profile. Basically this means, 3 or more walls, 4 or more top and bottom layers, and 20% or more infill. These are thin enough that there is very little infill, but it could be important, binding the top and bottom layers together.
     
  • If you haven't printed TPU, read or watch a video on TPU printing tips. TPU is very different from more common filaments like PLA and ABS.
     
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