The impact of Electrical Discharge Machining (EDM) technology on the education sector lies in its role in popularizing advanced manufacturing techniques and enriching educational resources. As EDM becomes integral across industrial fields, it has emerged as a critical tool for teaching and practical training. By incorporating EDM into curricula, educational institutions now offer courses and hands-on programs focused on high-precision machining, automated production, and modern manufacturing technologies. This allows students to experience complex operations mirroring real-world industrial environments directly in the classroom. Such exposure not only enhances students' practical skills and professional competencies but also ignites their passion for manufacturing and technological innovation, fostering the development of future talent in advanced manufacturing. The widespread adoption of EDM injects cutting-edge technical content into education, driving the diversification and high-quality development of educational resources.

The application of Electrical Discharge Machining (EDM) technology in the aerospace industry has revolutionized precision and efficiency in aerospace manufacturing. Aerospace components demand exceptional material strength, structural complexity, and machining accuracy, requirements that EDM meets through its precise electrical discharge capabilities. The technology excels in efficiently producing intricate molds for aerospace parts, particularly demonstrating unparalleled advantages in processing high-hardness and hard-to-machine materials. EDM’s non-contact process minimizes die wear while enhancing machining precision and consistency, ensuring the reliability and safety of aerospace components. Additionally, EDM’s high-speed machining significantly shortens production cycles, enabling aerospace companies to accelerate product development and manufacturing. This advancement elevates the industry’s production capacity and technological innovation, establishing higher manufacturing standards and driving continuous progress in aerospace engineering.