Robert C Sbert

Title: Innovative Contributions of Robert C. Sbert in Advanced Material Technologies

Introduction

Robert C. Sbert, an esteemed inventor located in Rochester, NY, is recognized for his significant contributions to the field of advanced materials. With a portfolio of two patents, Sbert has dedicated his career to innovating technologies that enhance developmental processes and materials' properties.

Latest Patents

One of Sbert's latest patents focuses on "Ion implantation to tune tribo-charging properties of materials." This innovation involves treating development electrode wires to minimize charge potential creation during frictional contact. His patented treatment using ion implantation not only maintains the wire's hardness but also enhances resistance to contamination. Sbert's methods allow for the efficient tuning of the wire’s electronegativity to match that of the toner materials used in development systems.

The second significant patent is for a "Low friction, conductive spots blade" designed as a cleaning apparatus. This unique spots cleaning blade effectively removes residual particles from imaging surfaces. Constructed from materials bearing a low coefficient of friction and increased hardness, Sbert's invention ensures a continuous slidable contact with surfaces to enhance the cleaning process. The optional electrically conductive surface allows for toner particle manipulation, providing either repelling forces or attractive forces depending on the electrical configuration applied.

Career Highlights

Sbert's innovative work has been primarily conducted at Xerox Corporation, where he has played an instrumental role in advancing material technologies. His expertise and commitment have positioned him as a leading figure within the organization, contributing to numerous projects that push the boundaries of existing technological frameworks.

Collaborations

Throughout his career, Sbert has collaborated with notable colleagues such as Douglas A. Lundy and Norman L. Roof, Jr. These partnerships have fostered a collaborative environment, leading to the successful development of groundbreaking inventions and the sharing of knowledge within the scientific community.

Conclusion

Robert C. Sbert’s inventive prowess, highlighted by his innovative patents, showcases his dedication to enhancing material properties and development processes. His work at Xerox Corporation reflects a commitment to pushing technological boundaries, making significant contributions to the field of advanced materials. As he continues to innovate, Sbert remains a prominent figure in the world of patents and inventions.