Mattapoisett, MA, United States of America

Emma Claire Gill


 

Average Co-Inventor Count = 4.0

ph-index = 1

Forward Citations = 40(Granted Patents)


Company Filing History:


Years Active: 2014

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1 patent (USPTO):Explore Patents

Title: Emma Claire Gill: Innovator in Medical Device Technology

Introduction

Emma Claire Gill is a prominent inventor based in Mattapoisett, MA (US). She has made significant contributions to the field of medical devices, particularly through her innovative patent that addresses the challenges of interconnects in implantable medical devices.

Latest Patents

Emma holds a patent for "Co-fired metal and ceramic composite feedthrough assemblies for use at least in implantable medical devices and methods for making the same." This patent describes a hermetic interconnect for medical devices, which includes platinum leads co-fired between alumina substrates to create a monolithic composite. This composite is then bonded into a titanium alloy flange. The methodology for forming these interconnects, along with specific geometries and compositions, is disclosed in her patent. The interconnects developed through this technology enable significant reductions in overall size relative to the number of feedthrough leads, as well as substantial improvements in robustness compared to existing technologies. Emma has 1 patent to her name.

Career Highlights

Emma Claire Gill is associated with Morgan Advanced Ceramics Limited, where she applies her expertise in developing advanced materials for medical applications. Her work has been instrumental in enhancing the performance and reliability of medical devices.

Collaborations

Emma collaborates with talented individuals in her field, including David Joseph Bealka and Christien Matthew Vaillancourt. Their combined efforts contribute to the advancement of technology in medical devices.

Conclusion

Emma Claire Gill is a remarkable inventor whose work in medical device technology has the potential to improve patient outcomes significantly. Her innovative approaches to interconnects in implantable devices showcase her dedication to advancing the field.

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