Enhanced die-wire contact: Ultrasonic vibration augments frictional forces between dies and wires, enhancing material formability and reducing surface defects in wire products, thereby boosting production efficiency.
Process parameter optimization: Utilizing simulation analyses like ANSYS software enables the optimization of ultrasonic vibration wire drawing processes. Longitudinal vibration and longitudinal-torsional composite vibration positively impact wire plastic deformation, with the latter showing superior effects compared to longitudinal vibration alone, providing a theoretical basis for process optimization.
Reduced post-processing: The enhanced surface quality of wires due to ultrasonic vibration wire drawing techniques may reduce subsequent polishing or grinding processes, saving time and costs.
Enhanced material plasticity: Ultrasonic vibration boosts material plastic deformation capability, particularly crucial for processing high-strength materials like titanium alloys.
Decreased post-processing difficulty: Titanium wires produced via ultrasonic vibration wire drawing exhibit improved surface quality, lowering the difficulty of subsequent processes such as welding and machining.
