Lyten is an advanced materials and applications manufacturing company that created Lyten 3D Graphene™, a unique decarbonization materials platform that is tunable for a myriad of advanced applications. Lyten’s revolutionary commercial applications include the next-generation LytCell™ line of lithium-sulfur batteries; the next-generation LytR™ polymer composite; and the next-generation sensor array that significantly increases the detection sensitivity for use in industrial, health, and safety applications.

Lyten has more than 300 patent matters and will initially manufacture Lyten 3D Graphene material, as well as its LytCell™ batteries, in a pilot plant near Lyten’s headquarters in San Jose, Calif.

Energy

Renewable Energy

Research

Sustainability

Lyten

Lyten's headquarters in San Jose, CA, United States

This department focuses on the development and application of materials science to improve product performance and innovation.

Materials Engineering

This department focuses on the design, development, and optimization of manufacturing processes and systems.

Manufacturing Engineering

The Engineering and Technical Development team at Lyten is responsible for the research, design, and optimization of advanced materials and applications, including the innovative Lyten 3D Graphene™ and its various commercial products. This multidisciplinary team, comprised of engineers and scientists, collaborates on product development, quality assurance, and manufacturing processes to enhance the performance and sustainability of next-generation technologies such as LytCell™ batteries and advanced polymer composites. Their expertise in materials science, engineering practices, and computational modeling ensures that Lyten remains at the forefront of decarbonization solutions.

Engineering and Technical Development

This department focuses on the design, testing, and manufacturing of battery technologies.

Battery Engineering

The Sustainability and Compliance team at Lyten is responsible for ensuring that the company's operations and products meet environmental regulations and sustainability goals. They develop strategies for resource efficiency, oversee compliance with legal and industry standards, and implement best practices for environmental stewardship. Additionally, the team works collaboratively with various departments to integrate sustainability into product development and manufacturing processes, while also managing quality systems and facility compliance to support Lyten's innovative material applications.

Sustainability and Compliance

The Battery Technology and Research team at Lyten is focused on advancing the development of next-generation battery technologies, particularly the innovative LytCell™ lithium-sulfur batteries. This team conducts cutting-edge research and development in materials design, cell engineering, and electrode integration to enhance battery performance and sustainability. Additionally, they ensure high manufacturing quality standards and drive strategic innovations in battery materials to support Lyten's vision of decarbonization and advanced applications across various industries.

Battery Technology and Research

The Leadership Team at Lyten is responsible for steering the company's strategic direction, fostering innovation in advanced materials, and overseeing the development of groundbreaking technologies like Lyten 3D Graphene™ and LytCell™ batteries. Comprising key executives including the President and Chief R&D Officer, the team collaborates to drive research initiatives, manage patent portfolios, and ensure that Lyten remains at the forefront of decarbonization solutions within the manufacturing sector.

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Other teams

Manufacturing Engineering

Engineering and Technical Development

Battery Engineering

Sustainability and Compliance

Battery Technology and Research

Leadership Team