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Waters Boosts Lab Productivity and Sample Throughput with Launch of its Charged Aerosol Detector Designed for Empower SoftwareUSA - EnglishKorea - 한국어Japan - JapaneseUSA - EnglishAPAC - English

Key Takeaway: Waters Corporation has launched its Charged Aerosol Detector (CAD), designed for use with Empower Software, enhancing lab productivity and sample throughput. The CAD provides sensitive measurements for a variety of analytes without the need for pre-treatment. It addresses common issues faced by users of multi-vendor systems, ensuring a more reliable experience. The CAD is available for pre-order, with shipments expected by April 2026.

Market Sentiment Analysis

POSITIVE FACTORS

  • Launch of a new Charged Aerosol Detector enhances lab productivity.
  • The CAD is designed for seamless integration with Empower Software.
  • Improves user experience by resolving common issues in multi-vendor systems.
  • Supports a wide range of applications from biopharmaceuticals to environmental analysis.

Full Press Release Details

MILFORD, Mass.,Nov. 11, 2025/PRNewswire/ -- Waters Corporation (NYSE:WAT) today announced the launch of its Charged Aerosol Detector (CAD) specifically designed for use with Waters Empower Software, the world's most trusted chromatography data system (CDS). Waters is the global market leader in chromatography software solutions for regulatory filings, as Empower Software is used to submit data for approximately 80% of novel drugs to regulatory authorities.2
The Waters CAD delivers sensitive, consistent, and reproducible measurement of analytes with little or no UV absorption, including sugars, lipids, impurities, and excipients, often without the need for sample pre-treatment. This makes CAD ideal for characterizing an exceptionally broad range of materials, from small molecule and biopharmaceutical formulations to food additives, nutrients, and environmental pollutants.
The Waters CAD delivers sensitive, consistent, and reproducible measurement of analytes with little or no UV absorption, including sugars, lipids, impurities, and excipients, often without the need for sample pre-treatment. This makes CAD ideal for characterizing an exceptionally broad range of materials, from small molecule and biopharmaceutical formulations to food additives, nutrients, and environmental pollutants.
"Customers want a better experience controlling CAD as part of their chromatographic analysis, with 70% noting recurring dropped CDS communications when using multi-vendor LC-CAD configurations," said James Hallam, Vice President, Liquid Chromatography-Mass Spectrometry, Waters Corporation. "Waters' CAD resolves these issues with a robust, easy-to-adopt, single-vendor solution for LC-CAD methods – underpinned by our familiar, compliance-ready Empower Software."
The Waters CAD delivers competitive dynamic range and sensitivity, alongside optimized compatibility with MaxPeak™ High-Performance Surfaces that mitigate non-specific adsorption. The new detector can be used with a wide range of Waters liquid chromatography systems, including the Alliance™ iS HPLC System, the Arc™ HPLC System, and all ACQUITY™ UPLC™ Systems.
The seamless integration of this CAD with broadly-adopted Empower Software delivers an enhanced user experience, supported by Waters' leading support and service provision. Issues commonly seen in multi-vendor LC-CAD systems, including challenging set-up and dropped communication between detector and chromatograph – leading to interrupted sample sets and in some cases detector flooding – are significantly reduced when using a Waters LC-CAD configured with Empower CDS. In addition, methods developed for existing CADs can be easily transferred using built-in tools.
The introduction of the Waters Charged Aerosol Detector reinforces the Company's commitment to provide the world's widest range of liquid chromatography detectors, all compatible with Empower Software – enabling scientists to fully characterize the physical and chemical properties of molecules within a secure and compliant workflow.
Availability: The Waters Charged Aerosol Detector (CAD) is available for pre-order now, with shipments available by April 2026.

Additional Resources:

Waters, Empower, MaxPeak, ACQUITY, UPLC, Alliance, and Arc are trademarks of Waters Technologies Corporation.

ABOUT:

Waters Corporation(NYSE:WAT) is a global leader in analytical instruments, separations technologies, and software, serving the life, materials, food, and environmental sciences for over 65 years. Our Company helps ensure the efficacy of medicines, the safety of food and the purity of water, and the quality and sustainability of products used every day. In over 100 countries, our 7,600+ passionate employees collaborate with customers in laboratories, manufacturing sites, and hospitals to accelerate the benefits of pioneering science.
Contact:
Molly GluckHead of External CommunicationsWaters Corporation[email protected]Mobile: +1.508.498.9732
1According to internal analysis, 70% of multi-vendor LC-CAD users experience dropped CDS communications. Source: Waters data and Voice of Customer research.2Presented at the J.P. Morgan 43rd Annual Healthcare Conference. According to internal analysis, ~80% of the drugs filed with the FDA, EMA, and China National Medical Products Administration (NMPA) in 2023 were done so using Empower Software. Source: Waters data and estimates.
SOURCE Waters Corporation

Frequently Asked Questions

What is the purpose of the Waters Charged Aerosol Detector?

The Waters Charged Aerosol Detector is designed to provide sensitive measurements of analytes with little or no UV absorption.

When will the Waters CAD be available for shipment?

The Waters Charged Aerosol Detector is available for pre-order now, with shipments expected by April 2026.

How does the CAD improve user experience?

The CAD resolves common issues in multi-vendor systems, ensuring a more reliable and seamless integration with Empower Software.

What types of materials can the CAD analyze?

The CAD can analyze a broad range of materials, including biopharmaceutical formulations, food additives, and environmental pollutants.

Last updated: Nov 11, 2025