Robert S Stoughton

Title: Innovator Robert S. Stoughton: Pioneering Surgical Manipulation

Introduction

Robert S. Stoughton, based in Albuquerque, NM, is a notable inventor with two patents to his name. His groundbreaking inventions focus on enhancing surgical procedures through innovative manipulation techniques, significantly improving dexterity and precision for medical professionals.

Latest Patents

Among his most recent patents is the **Surgical Manipulator**, designed to manipulate medical tools with multiple degrees of freedom. This advanced device employs a parallel mechanism comprising several pivotal arms that support a medical tool. By adjusting the position of joints mounted on these arms, the orientation of the medical tool can be deftly altered. This innovative approach allows for enhanced dexterity and simplifies the execution of complex medical procedures by providing a more manageable way for operators to control surgical tools.

Another notable invention by Stoughton is the **Parallel Mechanism**, which can position and orient an end platform with six or more degrees of freedom. This mechanism features six links, where one end connects to an end platform housing a tool and the other end links to an actuator for translation. Additionally, it incorporates a rotational drive mechanism that allows for independent rotation of objects mounted on the end platform. The design includes curved links to minimize interference between them, thus broadening the range of motion and elevating the overall dexterity of the mechanism.

Career Highlights

Robert S. Stoughton has made significant strides in the medical technology field through his work at Microdexterity Systems, Inc. His dedication to innovation in surgical tools places him at the forefront of medical device development. His patents reflect a deep understanding of the complexities involved in surgical procedures and the potential for technology to enhance them.

Collaborations

Throughout his career, Stoughton has collaborated with esteemed colleagues, including Steve T. Charles and J. Michael Stuart. Their combined expertise contributes to the advancement of innovative solutions within the surgical manipulation space, fostering a collaborative environment that promotes creativity and technological growth.

Conclusion

Robert S. Stoughton exemplifies the spirit of innovation with his advancements in surgical technology. His patents not only showcase his inventive capabilities but also highlight his commitment to improving medical practices. As the field evolves, his contributions are poised to enhance surgical outcomes, benefiting practitioners and patients alike.