3D Printer Calibration Revolutionised - Step by Step to Better Print Quality
Teaching Tech via YouTube
Master AI and Machine Learning: From Neural Networks to Applications
Learn Backend Development Part-Time, Online
Overview
Google, IBM & Meta Certificates — All 10,000+ Courses at 40% Off
One annual plan covers every course and certificate on Coursera. 40% off for a limited time.
Get Full Access
Discover a revolutionary approach to 3D printer calibration in this comprehensive 19-minute video tutorial. Learn step-by-step techniques to significantly improve print quality, including frame checks, PID autotuning, e-steps calibration, slicer flow rate adjustments, and more. Explore an innovative website that generates custom test towers for retraction, temperature, and acceleration in seconds, eliminating the need for manual gcode editing. Follow along as the tutorial covers essential topics such as stepper motor driver current, linear advance, and jerk/junction deviation. Gain valuable insights to optimize your 3D printing process and achieve superior results.
Syllabus
Introduction
Overview
Structure and warnings
Frame check
PID autotune
Baseline print
E-steps
Slicer flow rate
Stepper motor driver current
Retraction
Temperature
Acceleration and jerk/junction deviation
Linear advance
Summary
Taught by
Teaching Tech