Jeffrey S Reaume

Title: Innovations by Inventor Jeffrey S. Reaume in Electrosurgical Technology

Introduction

Jeffrey S. Reaume is a notable inventor based in Portsmouth, NH, known for his significant contributions to the field of electrosurgical technology. With three patents to his name, Reaume has developed advanced circuitry that enhances the functionality and safety of electrosurgical devices.

Latest Patents

Among his latest inventions, Reaume's patents include:

1. **Amplitude Modulated Waveform Circuitry for Electrosurgical Devices and Systems**: This invention focuses on circuitry designed to provide amplitude-modulated waveforms in electrosurgical devices. The technology is crucial for electrosurgical generators, enabling them to deliver controlled waveforms to probes attached to these generators.

2. **Power Monitoring Circuitry and Method for Reducing Leakage Current in RF Generators**: This patent describes an electrosurgical unit equipped with power monitoring circuitry aimed at minimizing leakage current. The system comprises a power source generating direct current, an RF waveform generator, voltage sensors, and current sensors, all working in unison to control and optimize the electrosurgical process.

Career Highlights

Reaume is employed at Medtronic Advanced Energy LLC, a company dedicated to innovative medical technologies. His role encompasses developing advanced solutions that improve the safety and efficacy of electrosurgical procedures.

Collaborations

Throughout his career, Jeffrey Reaume has had the privilege of collaborating with talented coworkers, including David Hubelbank and Jesse A. Smith. These collaborative efforts have likely contributed to the development and refinement of his innovative technologies.

Conclusion

Jeffrey S. Reaume's contributions to electrosurgical technology exemplify the impact of innovation in the medical field. With three issued patents, his work not only demonstrates technical expertise but also a commitment to enhancing patient safety and surgical precision through advanced electrosurgical devices.