Wavefront Optimization Wavefront optimization adjusts toolpaths to reduce vibrations, resonance, and mechanical oscillations during high-speed printing, enhancing layer alignment, surface finish, and dimensional accuracy. It synchronizes motion control, acceleration, and jerk settings for smooth transitions and precise movements. Advanced slicing software and firmware algorithms provide wavefront compensation, resonance detection, and dynamic correction. Proper calibration reduces artifacts like ghosting, ringing, or layer shifting. Wavefront optimization enhances print quality, precision, and reliability, supporting high-speed, high-resolution, and complex geometries. |