Introduction: Kira Barton is an influential inventor based in Ann Arbor, MI, who has made remarkable contributions to the field of printing technology. With an impressive portfolio of 13 patents, her work focuses on enhancing the efficiency and effectiveness of printing processes. Barton's creativity and technical expertise have positioned her at the forefront of innovation in this exciting area.

Latest Patents: Kira Barton's latest patents demonstrate her innovative approach to printing technology. One of her notable inventions is a printer designed with gas extraction of printing fluid from the printing nozzle. This unique printer configuration facilitates a stream of extraction gas that retrieves printing fluid, allowing for an electric field to accelerate the fluid towards a printing substrate. It features versatile modes, including gas-extraction, e-assisted gas-extraction, and e-jet, catering to various printing needs.

Another significant patent is for a multi-nozzle electrohydrodynamic printing system with diverters. This system incorporates a nozzle to electrostatically extract a stream of printing fluid directed at the printing surface, while diverters selectively interrupt this stream. This innovation allows for greater control over the deposition of printing fluids, enabling more efficient reuse of diverted fluids and achieving a consistent extraction field.

Career Highlights: Kira Barton has dedicated her career to research and development at the University of Michigan. Her efforts have pushed the boundaries of traditional printing methods and introduced advanced technologies that facilitate better printing practices. Barton's ability to merge theoretical concepts with practical applications has resulted in patents that serve a crucial role in modern printing solutions.

Collaborations: Throughout her career, Barton has collaborated with talented individuals such as Lai Yu Leo Tse and Ethan John McMillan. These partnerships have enhanced her research, leading to innovative breakthroughs and the sharing of knowledge within the field. Working alongside her colleagues, Barton continues to foster an environment of creativity and exploration in printing technology.

Conclusion: Kira Barton's contributions to the world of printing technology are nothing short of extraordinary. With her 13 patents, she has demonstrated her commitment to innovation and her desire to make printing processes more effective. As she continues her work at the University of Michigan, the future looks promising for further advancements in printing, propelled by her groundbreaking inventions.

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