Kinematic coupling: Difference between revisions
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*[https://hackaday.com/2019/02/09/kinematic-mount-for-3d-printer-bed-shows-practical-design/ A Hackaday Article on One Such Design] | *[https://hackaday.com/2019/02/09/kinematic-mount-for-3d-printer-bed-shows-practical-design/ A Hackaday Article on One Such Design] | ||
*[https://practicalprecision.com/laying-out-a-kinematic-mount-using-maxwell-criterion/ An article on how to Design a High Quality Kinematic Coupling] | *[https://practicalprecision.com/laying-out-a-kinematic-mount-using-maxwell-criterion/ An article on how to Design a High Quality Kinematic Coupling] | ||
*[https://www.youtube.com/watch?v=mFFAfsIjLeg A Youtube Video on How to Mathmatically Simulate a Kinematic Coupling] | |||
*https://www.youtube.com/watch?v=mFFAfsIjLeg | |||
*https://www.hilaryannajohnson.com/kinematic-coupling | *https://www.hilaryannajohnson.com/kinematic-coupling | ||
Revision as of 19:24, 30 April 2020
Research Document
- Need to insert the google document link
Application to Universal Axis
A simple method of mounting tools to the U-Axis carriage is needed that allows for quick changes by the user and eventually an automated tool changer system. A major question is can most parts be 3D Printed accurately enough and/or how many off the shelf parts are required. For a future automated tool dock and changer system, a method that does not require extra motors would be ideal. Perhaps activating latches and or gears by using the force of the insertion of a tool head into the dock.