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Solutions across the lithium-ion battery life cycle

As the global energy sector shifts to alternative energy sources, the development and use of energy storage devices such as lithium-ion batteries (LIB) continue to expand. Regulatory and economic policies, environmental sustainability, and climate change concerns drive this transition. Battery market growth has increased demand for battery manufacturing and research into new technologies.

Despite great advances, companies across battery production face challenges to operate profitably. Shifting commodity prices, government policy, consumer preferences, and technical and production issues combine into a challenging marketplace. Failure to properly characterize starting materials, products, or formulations can result in costly delays, production disruptions, and intensive root cause investigations. Failure to supply quality products or deliver on time can risk their reputation. Failure to innovate can see an organization left behind.


Clean energy is driving lithium-ion battery demand

Governments worldwide have continued to evolve policies to meet reduced CO2 emission targets, increasing the demand for energy storage and electric vehicles (EVs) and the batteries that drive them. As consumer demand increases, manufacturers must both meet capacity needs while re-investing into new, cutting-edge designs.


Why partner with Agilent for your lithium-ion battery testing needs?

Agilent partners with companies across the lithium-ion battery value chain to address their technical and business needs. From maximizing mining operation yields to optimizing recaptured recycled materials, Agilent supplies equipment, training, method development, and technical consultation to ensure success.

We also offer alternate purchasing and financing options and extended laboratory support services. Our global footprint means we can be where you need when you want—an ideal partner for developing, manufacturing, and recycling your LIB. 



Mining and refining minerals for lithium-ion batteries

Tools to determine the elemental composition and purity of raw materials.

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Battery component manufacturing

Devices that enable the production of battery cathodes, anodes, electrolytes, and separators, ensuring they are formulated and manufactured correctly.

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Battery cell assembly

Systems to assess leak tightness of battery modules and final battery assemblies.

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Lithium-ion battery research

Flexible and sensitive analytical instruments to study new materials and chemistries to improve LIB performance, lifespan, safety, and cost-effectiveness.

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Lithium-ion battery recycling

Platforms that test material identification and impurities to determine if recaptured raw material can be re-introduced into the battery production chain.

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Support to set up and operate your facility

Method and Application Services are available with Agilent CrossLab to enhance your workflow – from method development to method maintenance.

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Vacuum and Leak Detection Solutions for e-Mobility

This brochure covers the full range of Agilent vacuum pumps and leak detectors suitable for various stages of battery manufacturing. 

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Powering the Future

This buyer’s guide presents the elemental analysis instrumentation for the measurements required to support mineral extraction and refinement.

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We are here to help with your materials testing and research applications

Visit our contact page and connect with an Agilent representative. You can also sign up to receive the latest information from Agilent related to materials testing and research applications, including educational events, webinars, products, and more.

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