Amy Luton
About Amy Luton
Amy Luton is the Regional Manager at Novocure Inc. in Portsmouth, New Hampshire, with over a decade of experience in the medical device industry.
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Amy Luton is a Regional Manager at Novocure Inc., based in Portsmouth, New Hampshire, United States. She has held this position since January 2019.
Current Role at Novocure Inc.
Since January 2019, Amy Luton has been working as a Regional Manager at Novocure Inc. in Portsmouth, New Hampshire. In this role, she is responsible for overseeing regional operations and ensuring effective management within the company's framework.
Previous Experience at Surgical Concepts and Innovations
Amy Luton worked as a Support Representative at Surgical Concepts and Innovations from 2009 to 2010. Her role involved providing customer support and ensuring service satisfaction within the healthcare sector.
Field Service Role at Omniguide
From 2007 to 2008, Amy Luton served as a Field Service Representative at Omniguide in Lexington, Massachusetts. Her responsibilities included field service support and maintaining equipment, enhancing the efficiency and reliability of medical devices.
Education at Mississippi Gulf Coast Community College
Amy Luton attended Mississippi Gulf Coast Community College, where she earned an Associate of Arts degree. She completed her studies in two distinct periods, from 1986 to 1989 and again from 2003 to 2005, demonstrating her commitment to continuous education.
Experience in the Medical Device Industry
Amy Luton has over a decade of experience in the medical device industry. Her extensive background includes roles in customer support, field service, and regional management. This experience has provided her with in-depth knowledge and expertise in the healthcare sector.
Customer Support and Field Service Skills
Amy Luton possesses strong skills in customer support and field service within the healthcare sector. Her roles in various companies have equipped her with the necessary expertise to effectively manage customer relations and ensure the optimal functioning of medical devices.