Curtis P Hanson

Title: **Curtis P. Hanson: Innovator in Surgical Instrumentation**

Introduction

Curtis P. Hanson, based in Apex, North Carolina, is a notable inventor in the field of surgical instrumentation. With two patents to his name, Hanson has contributed significantly to the development of advanced surgical tools that enhance precision and efficiency in medical procedures. His innovative designs reflect a commitment to improving surgical outcomes and facilitating the work of healthcare professionals.

Latest Patents

Hanson's latest patents showcase his expertise in creating articulating surgical instruments. The first patent describes an articulating surgical instrument that features an elongate shaft, a proximal clevis, a distal clevis, and an end effector assembly. This design includes a complex pin-coupling mechanism that allows for improved maneuverability and control during surgical operations.

The second patent, aimed at use with robotic manipulators, involves an end effector assembly with one or two members, highlighting its innovative tendon pathway system. This design optimizes the functionality of surgical instruments in robotic systems, ensuring that they deliver precise treatments while maintaining a streamlined structure.

Career Highlights

Curtis P. Hanson is associated with Asensus Surgical, a company at the forefront of surgical innovation. His work there signifies a dedication to enhancing surgical technology through cutting-edge research and development. Each patent reflects his focus on addressing real-world challenges faced in the operating room.

Collaborations

Hanson collaborates closely with distinguished colleagues such as Matthew Robert Penny and Nicholas J. Jardine. Together, they contribute to a creative and dynamic team environment that fosters innovative solutions in the surgical tools industry. Their collective expertise enhances the potential for breakthroughs in surgical technology.

Conclusion

Curtis P. Hanson exemplifies the qualities of a forward-thinking inventor dedicated to improving surgical practices. Through his innovative patents and collaborative work, he plays a vital role in advancing healthcare technology. The impact of his contributions is poised to facilitate significant improvements in surgical efficiency and patient outcomes for years to come.