Curtis Frederick

Title: **Curtis Frederick: Innovator in Additive Manufacturing Development**

Introduction

Curtis Frederick, based in Knoxville, TN, is a notable inventor recognized for his contributions to the field of additive manufacturing. With one patent to his name, he has made significant strides in streamlining the development of manufacturing parameters, which have vast implications in various industries.

Latest Patents

Frederick's patent, titled "Method for Rapid Development of Additive Manufacturing Parameter Set," introduces a sophisticated apparatus that includes a control system designed for testing various features at multiple types. The control system manages an additive manufacturing (AM) machine that prints several copies of a specified test part, utilizing divergent sets of printing parameters. His method involves employing a measurement system to capture computed tomography (CT) images of each printed copy. An analysis system then scrutinizes these images to determine optimal printing parameters for each feature type. This innovative approach facilitates the production of parts based on identified values derived from detailed assessments of density and grayscale averages in the CT images.

Career Highlights

Throughout his career, Curtis Frederick has held positions at esteemed organizations such as Carl Zeiss Industrial Metrology and UT-Battelle, Inc. His experience in these roles provided him with the expertise necessary to develop innovative manufacturing processes that enhance efficiency and accuracy in production.

Collaborations

Frederick has collaborated with noteworthy professionals in the field, including Pradeep Bhattad and Paul Brackman. These partnerships have contributed to his ability to innovate and refine techniques in additive manufacturing, further establishing his reputation in the industry.

Conclusion

Curtis Frederick's inventions reflect a deep understanding of additive manufacturing and its potential. His patented method not only enhances the efficiency of production processes but also represents a significant advancement in manufacturing technology. With a promising career ahead, Frederick continues to influence the landscape of innovation in this dynamic field.