Company Filing History:
Years Active: 2024-2025
Title: Innovator Profile: Jason Alan Freidenberger
Introduction:
Jason Alan Freidenberger is a notable inventor based in Darlington, South Carolina. He has made significant contributions to the field of joist assembly systems, with two patents to his name. His work at Nucor Corporation reflects his commitment to innovation and efficiency in manufacturing processes.
Latest Patents:
Freidenberger's latest patents include a sophisticated joist table system designed for dynamic retrieval of components. This innovative joist assembly system allows for precise positioning and assembly of components to create joists. It integrates multiple material handling systems, welding systems, and a rigging table system. The material handling systems are instrumental in loading and positioning components such as chords and webs onto the rigging table, which supports them during the welding process. This patent showcases Freidenberger's focus on enhancing the efficiency of joist assembly through advanced technology.
Career Highlights:
Throughout his career at Nucor Corporation, Jason Alan Freidenberger has focused on innovating manufacturing processes. His patents demonstrate a strong understanding of mechanical systems and an ability to create efficient solutions for complex assembly tasks. The integration of various systems in his inventions reflects a comprehensive approach to problem-solving in engineering.
Collaborations:
Freidenberger collaborates with talented colleagues such as Joseph Patrick Cagle and Christopher Ray Couch. Together, they contribute to Nucor Corporation's ongoing efforts to innovate in the production and assembly of structural components. Their teamwork plays a vital role in advancing the company's goals and enhancing its product offerings.
Conclusion:
Jason Alan Freidenberger's contributions to the field of joist assembly demonstrate the impact of innovation on manufacturing processes. With his patents and collaborative efforts at Nucor Corporation, he continues to push the boundaries of what is possible in industrial assembly systems. His dedication to efficiency and precision in design marks him as a significant figure in contemporary engineering.