Jessica A Schafersman

Title: A Deep Dive into the Innovations of Jessica A. Schafersman

Introduction

Jessica A. Schafersman, an innovative inventor based in Drexel, Missouri, has made a significant contribution to medical technology through her patented invention, the High Flex Introducer Assembly. Her work showcases the intersection of design and functionality in the medical field, emphasizing the importance of accessibility in patient care.

Latest Patents

Jessica holds a patent for the High Flex Introducer Assembly, a device designed for accessing target sites within a patient's anatomy. The introducer assembly features a sheath with a proximal end and a distal end, equipped with a lumen extending through it. A notable characteristic of the invention is the curved configuration at the distal end of the sheath, which enhances its usability. Additionally, a tapered dilator is included, designed to fit within the sheath's lumen. It is made of polyurethane and engineered with a stiffness that maintains the curved configuration of the sheath while facilitating access to the target site.

Career Highlights

Throughout her career, Jessica has collaborated with esteemed companies such as William Cook Australia Pty. Ltd. and Cook Incorporated, where she applied her inventive skills to develop medical devices. Her patent reflects her dedication to improving healthcare solutions, particularly in minimally invasive procedures.

Collaborations

Jessica has worked alongside notable colleagues, including David Ernest Hartley and David Paul Biggs. These collaborations have likely contributed to the innovative aspects of her patent, as working with seasoned professionals in the field can lead to the exchange of ideas and enhancement of designs.

Conclusion

Jessica A. Schafersman's invention, the High Flex Introducer Assembly, illustrates her commitment to advancing medical technology. Her patent not only contributes to improved patient access but also highlights her ability as an inventor to create solutions that make a meaningful impact in the healthcare industry. As innovations like hers continue to emerge, they pave the way for more effective and less invasive medical procedures.