Company Filing History:
Years Active: 2020
Title: Innovations in Additive Manufacturing: The Patented Work of Fangnian Lang
Introduction
Fangnian Lang, an accomplished inventor based in Jiangsu, China, has made significant strides in the field of additive manufacturing. With one patent to his credit, he has contributed to the development of advanced technologies that enhance the strength and quality of manufactured parts. His work focuses on addressing critical challenges faced during the additive manufacturing process.
Latest Patents
Fangnian Lang's notable patent is a "Combined Apparatus for Layer-by-Layer Interactive Additive Manufacturing with Laser Thermal/Mechanical Effects." This invention pertains to the fields of additive manufacturing and laser shock peening (LSP). The apparatus employs a dual-module system where a LSP module and a Selective Laser Melting (SLM) module operate alternately. This innovative method allows for laser shock peening to be performed on parts during their formation, resulting in improved mechanical properties and a reduction in issues related to deformation and metallurgical defects.
Career Highlights
Fangnian Lang is affiliated with Jiangsu University, a renowned institution known for its research and educational contributions to technology and engineering fields. His work stands out within the academic community for its practical implications in the manufacturing industry, specifically in enhancing the fatigue strength of parts produced through additive technologies.
Collaborations
Lang collaborates with fellow researchers Jinzhong Lu and Haifei Lu, who share a commitment to advancing technologies within the additive manufacturing domain. Their collective expertise fosters an environment conducive to innovation and the exploration of new methodologies in manufacturing processes.
Conclusion
Fangnian Lang's contributions to additive manufacturing not only highlight his innovative spirit but also serve as a beacon of potential advancements in the industrial sector. As his patent suggests, the integration of laser thermal and mechanical effects can lead to high-efficiency and high-quality processing of formed parts, paving the way for future developments in the field. His work exemplifies the important role of inventors in transforming industry challenges into innovative solutions.