Hyeon-Sam Jang

Title: Hyeon-Sam Jang: Innovator in Laser Processing Technologies

Introduction

Hyeon-Sam Jang is an esteemed inventor based in Anyang-si, South Korea. He is recognized for his significant contributions to laser processing technology, particularly through his patent that enhances the efficiency and precision of material processing.

Latest Patents

Hyeon-Sam Jang holds one notable patent titled "Laser processing method and laser processing apparatus." This invention pertains to a laser processing method designed for materials using laser technology. The patent outlines a comprehensive approach that includes loading a wafer onto a work stage, conducting chip defect inspections, aligning the wafer, and measuring the surface height utilizing a displacement sensor. Moreover, it emphasizes the monitoring of output power from the processing laser and the advanced process of shifting the work stage while directing a laser beam onto the wafer for optimal results.

Career Highlights

Throughout his career, Hyeon-Sam Jang has made impactful strides in the field of laser technology. His technical expertise and innovative mindset have enabled him to develop solutions that significantly improve material processing efficiencies. He has worked with prominent organizations such as QMC Co., Ltd., where he collaborated on various research and development projects related to laser processing.

Collaborations

In his professional journey, Hyeon-Sam Jang has had the pleasure of working with talented colleagues, including Beng So Ryu and Hong-Jin Jung. These collaborations have allowed for the exchange of ideas and further advancements in the technology towards achieving cutting-edge solutions in laser processing systems.

Conclusion

Hyeon-Sam Jang stands out as a key figure in the innovation landscape, particularly in the realm of laser processing. His patent and collaborative efforts reflect his dedication to advancing technology and exemplify the importance of continuous innovation in enhancing manufacturing processes. His work not only represents personal achievement but also contributes to the broader field of materials engineering and processing technologies.