Cyrus Rathbun
About Cyrus Rathbun
Cyrus Rathbun is a Methods Engineer at Conax Technologies, where he has worked since 2014. He has extensive experience in designing temperature sensors and sealing glands for extreme environments and previously worked as a machinist at Koch Metal Spinning Co Inc.
Work at Conax Technologies
Cyrus Rathbun has been employed at Conax Technologies since 2014, serving as a Methods Engineer. His role involves contributing to the company's capabilities as a fully integrated manufacturer, which includes in-house design and manufacturing processes. Rathbun's work supports the production of temperature sensors and sealing glands tailored for extreme environments. He collaborates with a team dedicated to ensuring that all products meet stringent quality standards, which is essential for the diverse industries served by the company, including power, semiconductor, and oil & gas.
Previous Experience at Koch Metal Spinning Co Inc
Prior to his current position, Cyrus Rathbun worked as a Machinist at Koch Metal Spinning Co Inc from 2009 to 2014 for five years. This role was based in Buffalo, New York, where he gained valuable skills and experience in machining processes. His background in this position laid the groundwork for his subsequent career in methods engineering, enhancing his technical expertise in manufacturing.
Education and Expertise
Cyrus Rathbun studied at Alfred State College - SUNY College of Technology, where he earned an Associate's degree from 2002 to 2004. His education provided a foundation in technical skills relevant to his career in engineering and manufacturing. Rathbun's expertise includes designing and manufacturing temperature sensors and sealing glands, particularly for applications in extreme environments.
Background in Manufacturing
Cyrus Rathbun has a solid background in manufacturing, with a focus on methods engineering. His experience spans over a decade, during which he has developed a comprehensive understanding of the manufacturing processes involved in producing high-quality components. His work supports various industries, ensuring that products are designed and manufactured to meet specific operational requirements.