Le Vesinet, France

Jean-Pierre Slonina, Deceased


Average Co-Inventor Count = 2.0

ph-index = 1

Forward Citations = 17(Granted Patents)


Company Filing History:


Years Active: 1992

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1 patent (USPTO):Explore Patents

Title: The Innovative Contributions of Jean-Pierre Slonina

Introduction

Jean-Pierre Slonina was an accomplished inventor known for his significant contributions to medical technology. His work in the field of medical devices left a lasting impact, particularly through his patent for a rotationally operated device that allows atraumatic access to the blood circuit. Based in Le Vesinet, France, Slonina was associated with Biomasys, a company dedicated to advancing medical innovations.

Latest Patents

Jean-Pierre Slonina held one prominent patent during his career. This patent, titled "Rotationally Operated Device for Atraumatic Access to the Blood Circuit," reflects his commitment to improving patient care by minimizing trauma during medical procedures. His invention signifies a step forward in ensuring safer and more effective access to the vascular system.

Career Highlights

Throughout his career, Slonina dedicated himself to research and development in the medical device industry. His innovative spirit was evident in the projects he undertook at Biomasys, where he played a crucial role in advancing technologies aimed at enhancing patient outcomes. His contributions were not only technical but also embodied a vision for a more efficient healthcare system.

Collaborations

One of the notable figures he collaborated with was Sylvie Hamann, a fellow professional in the medical field. Together, they shared insights and expertise, contributing to the successful development of innovative solutions in medical technology. Their partnership exemplified the collaborative nature of innovation in creating meaningful advancements.

Conclusion

Jean-Pierre Slonina's legacy as an inventor is marked by his dedication to improving medical practices through innovative solutions. His patent for a rotationally operated device remains a testament to his talent and vision. While his journey has come to an end, the impact of his work will continue to influence the medical device industry for years to come.

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