Company Filing History:
1 out of 832,843 Years Active: 2006
Title: Alphonse George Goodberlet: Pioneer in Motion Control Technology
Introduction
Alphonse George Goodberlet, based in Blue Hill, Maine, is an accomplished inventor known for his innovative contributions to motion control technology. His notable invention, a flexure-beam actuator and stage for micro- and nano-positioning, addresses the need for high-resolution and high-precision motion control at a low cost.
Latest Patents
Goodberlet holds a patent for his invention that revolutionizes positioning accuracy. The flexure-beam actuator is designed to work with an XY positioning stage, enabling rigidly stable positioning of any object with extraordinary precision. It achieves sub-10-nanometer linear-positioning accuracy and sub-0.1-microradian rotary-positioning precision. The actuator's design allows the output element to move in the same direction as the input element, enhancing the overall performance of motion control systems significantly.
Career Highlights
Alphonse Goodberlet's career is marked by his dedication to advancing precision engineering technologies. His invention is recognized for its capability to enhance the resolution and precision of motion control drive mechanisms by factors that can exceed 50. Additionally, using a cascaded pair of actuators can result in enhancement factors greater than 1000, demonstrating the potential applications of his work in various high-tech fields.
Collaborations
Throughout his career, Goodberlet has collaborated with James Gregory Goodberlet, sharing insights and expertise that have undoubtedly contributed to the development of innovative solutions in the realm of motion control.
Conclusion
Alphonse George Goodberlet stands out in the field of innovative technology, particularly in the realm of micro- and nano-positioning. His groundbreaking actuator design not only provides unmatched precision but also opens up new possibilities for applications in optics, lithography, and scanning probes. With his contributions, Goodberlet continues to inspire future advancements in motion control technology.