Company Filing History:
Years Active: 1995
Title: The Innovative Contributions of Inventor Hey Lee
Introduction: Hey Lee, an accomplished inventor based in Garden Grove, California, has made significant strides in the field of medical devices. His groundbreaking work has led to the development of an innovative balloon catheter that addresses pressing needs in vascular procedures.
Latest Patents: Hey Lee holds one patent for an invention titled "Exchangeable Integrated-Wire Balloon Catheter." This advanced catheter design features a flexible small-diameter guide wire with an enlarged distal end portion. It includes a flexible elongated tubular shaft equipped with a dual-function fluid-conducting lumen. This invention allows for the guide wire to be simultaneously inserted and for pressurized inflation fluid to be delivered to the catheter's distal balloon, enhancing its functionality. The design incorporates selective valving means that engage sealingly with the guide wire, ensuring precise control during medical procedures. Additionally, the catheter is equipped with an innovative torquer device that enables the guide wire to be rotated, facilitating its navigation through complex vascular pathways.
Career Highlights: Throughout his career at Baxter International Inc., Hey Lee has focused on developing cutting-edge medical technologies. His expertise in catheter design and function has contributed to advancements in patient care, providing healthcare professionals with more effective tools for diagnosis and treatment.
Collaborations: Hey Lee has collaborated with notable colleagues, including Blair D. Walker and Manouchehr Miraki. Their combined efforts have fostered an environment of innovation and excellence, propelling their projects towards successful outcomes in the medical technology sector.
Conclusion: Hey Lee's dedication to innovation illustrates the vital role inventors play in advancing medical science. Through his patent for the Exchangeable Integrated-Wire Balloon Catheter, he has laid the groundwork for improved vascular procedures, showcasing how medical innovation can lead to better healthcare solutions. As he continues his journey in the field, the impact of his work is sure to resonate throughout the medical community.