Company Filing History:
Years Active: 1992
Title: **Michael Hackney: A Pioneer in Ceramic Injection Molding Technologies**
Introduction
Michael Hackney, an innovative inventor based in Acton, MA, has made significant contributions to the field of ceramics with his groundbreaking patent. A member of GTE Laboratories Incorporated, Hackney's work stands out particularly in the realm of manufacturing large cross-section ceramic articles, offering enhancements in the materials and methods employed in this complex process.
Latest Patents
Michael Hackney holds a noteworthy patent titled "Method of making large cross section injection molded or slip cast." This patent introduces a novel method aimed at producing large cross-section ceramic articles that are essentially crack-free. The technique utilizes fibers in a range of 0.1 v/o to 10 v/o within the ceramic injection molding formulation. By incorporating these fibers, which are softened during densification, the resultant ceramic articles experience reduced distortion, thereby achieving a strong and durable final product.
Career Highlights
Hackney's tenure at GTE Laboratories Incorporated has been marked by remarkable innovations in ceramic manufacturing. His approach not only improves the dimensional stability of large ceramic components but also addresses the common issue of cracking during the injection molding process. This innovation highlights his capability to blend creativity with practical application, resulting in impactful advancements in industrial ceramics.
Collaborations
During his career, Michael Hackney has collaborated with esteemed colleagues such as Jeffrey T. Neil and Sheldon I. Lieberman. These collaborations have likely contributed to the depth of research and development efforts at GTE Laboratories, fostering an environment where inventive ideas can thrive and lead to successful patent applications.
Conclusion
Michael Hackney's contributions to ceramic engineering through his innovative patent demonstrate the importance of creativity in the scientific community. His work not only advances the manufacturing processes of ceramic materials but also serves as an example of how dedicated inventors can lead technological breakthroughs. With a continued focus on innovation, Hackney remains an influential figure in his field, contributing to the broader landscape of industrial advancements.