Seminar on Ultrasonic Processing Technology of Advanced Materials

Seminar on Ultrasonic Processing Technology of Advanced Materials

Date: September 28th, 2018

Venue: National Chung Hsing University, Department of Mechanical Engineering, First Floor, Lecture Classroom, No. 145, Xingda Road, Taichung City
Organizer: Ministry of Education Intelligent Machinery and Intelligent Manufacturing Talent Cultivation Alliance Center
Organizer: Department of Mechanical Engineering, National Chung Hsing University
Co-organizers: Handing Wisdom Technology Company, Leiying Technology Company, Taiwan Zhongze Company, Baoyi Mould Company

With technological progress and social evolution (such as the issue of declining birthrates and the sustainability of the planet), industries such as semiconductors, aerospace, medical equipment, energy, smart electric vehicles, 5G communications and 3C electronics, precision molds, etc., are using lightweight and high hardness in large quantities And high temperature resistant advanced materials (such as SiC, sapphire, advanced ceramics, quartz, composite materials, and super alloys). Traditional CNC machine tools often encounter problems such as low processing efficiency, short tool life, and poor workpiece quality (such as cracked edges) when processing the aforementioned advanced materials. The integration of ultrasonic vibration-assisted cutting technology on traditional CNC machine tools has been proven to effectively increase tool life and material removal rate by several times when processing these advanced materials, while also reducing cutting force, reducing the probability of workpiece damage, and improving surface roughness. degree. Therefore, the future decisive point of the CNC machine tool industry will lie in high-efficiency and high-quality hard, tough, and lightweight advanced material processing technology and equipment, rather than traditional precision metal cutting technology.