Dive deep into the world of Magneto X linear motors for 3D printing in this comprehensive 19-minute video. Explore the inner workings of linear motors, their electronic components, and Klipper control mechanisms. Discover how these motors perform in stress tests, examining their compatibility with input shaping, volume output, repeatability, reliability, and accuracy. Learn about closed-loop correction, speed and acceleration capabilities, and potential temperature concerns when used in enclosed environments. Gain insights into the pros and cons of linear motors in 3D printing applications, and explore opportunities for separate linear motor projects. Whether you're a 3D printing enthusiast or a tech-savvy individual, this in-depth analysis will help you understand if linear motors represent a significant advancement in the field or are simply a passing trend.
Overview
Syllabus
Introduction
What are linear motors?
How are these controlled by Klipper?
Electronics deep dive
Compatibility with input shaping
Updates and calibration
Are linear motors worth it?
Volume
Repeatability
VFAs and reliability
Accuracy and skew - CaliFlower calibration test
Closed loop correction and speed/acceleration testing
Temperature concerns with an enclosure
Opportunity for separate linear motor projects
Taught by
Teaching Tech
