Robot hand || bionic hand prosthesis prototype model
Robot hand || bionic hand prosthesis prototype model
Robot hand || bionic hand prosthesis prototype model
Robot hand || bionic hand prosthesis prototype model
Robot hand || bionic hand prosthesis prototype model
Robot hand || bionic hand prosthesis prototype model
Robot hand || bionic hand prosthesis prototype model
Robot hand || bionic hand prosthesis prototype model
Robot hand || bionic hand prosthesis prototype model
Robot hand || bionic hand prosthesis prototype model
  • Load image into Gallery viewer, Robot hand || bionic hand prosthesis prototype model
  • Load image into Gallery viewer, Robot hand || bionic hand prosthesis prototype model
  • Load image into Gallery viewer, Robot hand || bionic hand prosthesis prototype model
  • Load image into Gallery viewer, Robot hand || bionic hand prosthesis prototype model
  • Load image into Gallery viewer, Robot hand || bionic hand prosthesis prototype model
  • Load image into Gallery viewer, Robot hand || bionic hand prosthesis prototype model
  • Load image into Gallery viewer, Robot hand || bionic hand prosthesis prototype model
  • Load image into Gallery viewer, Robot hand || bionic hand prosthesis prototype model
  • Load image into Gallery viewer, Robot hand || bionic hand prosthesis prototype model
  • Load image into Gallery viewer, Robot hand || bionic hand prosthesis prototype model

Robot hand || bionic hand prosthesis prototype model

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$1.99
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$1.99
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Summary

Video:

This bionic hand is controlled by an Arduino Nano V3 and uses 4 15kg servo's to move the index, middle, ring and little finger and 3 9g servo's to rotate the thumb and pull the thumb and the fingers open. This bionic hand it's structure is modelled after a real hand so I could make a gel10 mold that would fit snug around it.

The original idea was to integrate some force feedback in the finger tips by using some small pushbuttons. This didn't turn out to well because the wires from the pushbuttons in combination with the gel10 mold caused to much friction in the joints of the fingers. The fingers had to push to hard to activate the pushbuttons.

The fusion 360 source file option includes these formats:
-.dwg
-.dxf
-.f3d
-.fbx
-.iges
-.obj
-.sat
-.skp
-.smt
-.step
-.stl
-.zip (containing .ipt and .iam files)

Part list, schematics, code and more info about this project can be found here

Print Settings
Filament used:

Creality white PLA

Printer used:
Flsun Q5 

Supports:
Yes

Resolution:
0.15

Infill:
25-30% 

Note: This is not a physical product. When you're purchasing the STL or Fusion 360 source files you will be able to download these files. A physical product will not be send to your address.

All my designs are licensed according to the CC BY-NC-ND license: https://creativecommons.org/licenses/by-nc-nd/4.0/