James R Bushong

Title: **James R. Bushong: Innovator in Semiconductor Processing**

Introduction

James R. Bushong, based in Laguna Beach, CA, is a noteworthy inventor known for his contributions to the semiconductor processing industry. With a singular patent to his name, he has made significant strides in enhancing the efficiency of rotating wafer processors, a vital component in semiconductor manufacturing.

Latest Patents

Bushong's patent, titled "Gas Seal and Support for Rotating Semiconductor Processor," addresses the challenges associated with traditional wafer processing systems. The invention features a non-contacting gas seal that is mounted to a process chamber, along with a vibration isolation mount that exists between the chamber and the support structure. The innovative design incorporates a housing with a chamfer on opposing ends of an annular land that encircles a rotating drive shaft. It also includes one or more outlet ports on the chamfers, creating a gas-purged, non-contacting seal that improves performance and reduces wear.

Career Highlights

Currently employed at Verteq, Inc., Bushong has dedicated his career to advancing semiconductor processing technologies. His work stands out not only due to the innovative qualities of his patent but also because of the practical applications his inventions provide in real-world scenarios, enhancing productivity and reliability in the manufacturing process.

Collaborations

Throughout his career, James R. Bushong has worked alongside professionals like Mario S. Manriquez. These collaborations have fueled innovation and contributed to the success of the projects they have undertaken together, highlighting the importance of teamwork in the field of technology.

Conclusion

James R. Bushong exemplifies the spirit of innovation within the semiconductor processing industry. Through his patent and collaboration with skilled colleagues, he has established himself as an influential figure dedicated to advancing technology. As the industry evolves, his contributions will likely continue to shape the future of semiconductor manufacturing.