Deborah Imling

Title: The Innovations of Deborah Imling: A Pioneer in Medical Imaging Technology

Introduction

Deborah Imling, an accomplished inventor based in North Bend, WA, has made significant contributions to the field of medical imaging technology. With a focus on enhancing ultrasound capabilities, her innovative work aims to improve diagnostic procedures and patient safety.

Latest Patents

Imling holds a patent for an "Intraoperative ultrasound probe with an integrated acoustic standoff." This advanced ultrasound probe is designed for imaging and diagnosing areas that are in direct contact with the probe itself. It features an integrated standoff made from a rubber material that optimizes acoustic properties, providing better imaging quality. The probe is uniquely constructed so that the lens directly contacts the transducer, with the standoff applied to the lens. This design ensures that the focal zone is positioned right below the patient’s contact surface.

The lens material encapsulates the transducer, offering crucial protection against electrical shock. Additionally, a cap made of a biocompatible elastomer further protects the probe, allowing for easy sterilization and disinfection while enhancing safety against electrical hazards. The innovative arrangement of the standoff, lens, and cap effectively minimizes the distal transducer's volume, resulting in a probe that is both functional and easy to manipulate.

Career Highlights

Deborah Imling is currently employed at Koninklijke Philips Corporation N.V., a leader in health technology. Her role involves developing cutting-edge solutions that improve patient care and enhance the capabilities of medical professionals. Imling's dedication to innovation is evident in her work, as she continually seeks to create more effective medical tools.

Collaborations

Throughout her career, Imling has collaborated with talented professionals, including her coworkers Timothy Fred Nordgren and James Robertson Jago. Together, they work towards achieving advancements in medical technology that prioritize safety and effectiveness in patient diagnostics.

Conclusion

Deborah Imling's contributions to the field of ultrasound technology illustrate her commitment to improving medical diagnostics. By developing innovative solutions such as the intraoperative ultrasound probe, she plays a pivotal role in advancing healthcare technology. Her achievements not only demonstrate her ingenuity but also reflect the importance of collaboration in driving innovation within the medical field.