Vibration Compensation Vibration compensation uses advanced algorithms to counteract mechanical vibrations and resonance during high-speed printing, ensuring accurate layer alignment and dimensional accuracy. It reduces artifacts like ghosting, ringing, or layer shifting. Input shaping and resonance compensation are common techniques used in modern firmware, like Klipper and Marlin. Proper calibration of acceleration, jerk, and speed settings minimizes vibrations. Advanced motion systems with silent stepper drivers and dampers further enhance stability. Vibration compensation improves print quality, surface finish, and precision, supporting high-speed and high-resolution applications. |