Waters New Tandem Quadrupole Mass Spectrometer Launch Event

Quantitative labs face many challenges, from the need to achieve lower limits of quantitation and meet regulatory requirements, to reducing operational costs and increasing environmental sustainability.

The new tandem quadrupole mass spectrometer from Waters meets challenges like these by combining absolute performance, efficiency, productivity, and confidence to give you absolute power to quantitate your most challenging compounds and make fast decisions.

Key Learning Objectives

• Learn about Waters new tandem quadrupole mass spectrometer.
• Discover how the unique combination of absolute performance, efficiency, productivity, and confidence deliver absolute power to quantitate your most challenging compounds.
• Hear Waters experts describe the many benefits of this new technology for quantitative analysis
• Engage in a live panel Q&A discussion on the changing landscape of high-performance quantitative mass spectrometry

Who should attend

• Everyone with a passion for mass spectrometry, especially scientists seeking the latest advances in high-performance tandem quadrupole mass spectrometry
• Scientists performing high sensitivity quantification looking for robust solutions to meet lower limits of quantitation, particularly for challenging compounds
• Lab managers, and lab directors who want to increase the efficiency and productivity of the quantitative laboratory, while minimizing operations costs and increasing their environmental sustainability

Presenter: Gary Harland (Senior Director, Global Product Management, Waters Corporation)

Gary has 22 years experience in product development and global marketing roles across Waters separations and mass spectrometry business. He is currently leading the Product Management team focused on developing LC-MS and GC-MS quantitative measurement solutions for customers in the life science, food, environmental , clinical and materials markets.

Presenter: Kate Wearden (Product Marketing Manager, Waters Corporation)

Kate is a Product Marketing Manager for the Waters Tandem Quadrupole mass Spectrometers and has over 10 years experience working at Waters. Her first 7 years at Waters we spent in the Demand Generation team working on a number of Mass Spectrometry launches and marketing campaigns. In 2019 Kate joined the Product Marketing team and since then has worked on commercializing several new tandem quadrupole products, including software and hardware, as well as sustaining the existing product portfolio.

Presenter: Mark Roberts (Principal Product Manager, Waters Corporation)

Mark has over 20 years experience in mass spectrometry and has worked both in the lab and as a product manager. He started at Waters in 2005 as part of the clinical organization developing forensic toxicology applications and helping with pre- and post- sales support for customers. In 2013 he joined the Product Management team and started work on the Xevo TQ-S micro development project. Mark has been product manager for the Xevo TQ instruments since then and is involved in gathering user requirements, product lifecycle management, roadmapping and helping to produce marketing materials.

Presenter: Stuart Adams (Principal Scientist, Market Development, Waters Corporation)

Stuart has been developing methods for the determination of contaminants in food and the environment for over 17 years. Stuart's previous role was as a senior analytical chemist at Fera, before moving to Waters in 2018 to focus on application development in the European region. He now works with customers to understand and help address their analytical challenges with Waters technologies.

Presenter: Billy Molloy (Principal Scientist, Waters Corporation)

Billy Molloy is a Principal Scientist in the Scientific Operations Group at Waters Corporation, specialising in the development of bio-analytical LC/MS applications. He has 25 years of experience across various fields including Pharmaceuticals, Clinical, Biomedical Research and Life Sciences.

He has extensive knowledge of regulated, as well as non-regulated environments, ranging from fast turnaround discovery bio-analysis, to the most challenging bio-analytical problems.