3D Printed Torque Wrench: Difference between revisions

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=Mechanism=
=Basics=
*This page goes over various [[Open Source]] designs for a [[Torque Wrench]] made with a [[3D Printer]]
 
=NASA=
==Mechanism==
Star shaped pattern. Lets go after a certain torque is reached. Can see the mechanism, and this may be relevant to a 3D printed clutch for the cordless drill - [https://www.youmagine.com/designs/nozzle-torque-wrench]  
Star shaped pattern. Lets go after a certain torque is reached. Can see the mechanism, and this may be relevant to a 3D printed clutch for the cordless drill - [https://www.youmagine.com/designs/nozzle-torque-wrench]  


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File download- [https://nasa3d.arc.nasa.gov/detail/wrench-mis]
File download- [https://nasa3d.arc.nasa.gov/detail/wrench-mis]


=Strength=
==Strength==
*50 Nm force from ABS socket - [https://youtu.be/uWOFAK0QwRo?t=62]
*50 Nm force from ABS socket - [https://youtu.be/uWOFAK0QwRo?t=62]
*80 Nm for polycarbonate socket, appears to be 1/2" drive - [https://youtu.be/uWOFAK0QwRo?t=133]
*80 Nm for polycarbonate socket, appears to be 1/2" drive - [https://youtu.be/uWOFAK0QwRo?t=133]
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[[File:results.jpg]]
[[File:results.jpg]]
=Internal Links=
*
=External Links=
*[

Revision as of 20:25, 10 April 2021

Basics

NASA

Mechanism

Star shaped pattern. Lets go after a certain torque is reached. Can see the mechanism, and this may be relevant to a 3D printed clutch for the cordless drill - [1]

3D Printed in Space

3 in-lb ratcheting torque wrench.

File download- [2]

Strength

  • 50 Nm force from ABS socket - [3]
  • 80 Nm for polycarbonate socket, appears to be 1/2" drive - [4]
  • 100 Nm for Ultem - [5]
  • Summary:

Results.jpg

Internal Links

External Links

  • [