We provide cutting-edge material analysis solutions from R&D to manufacturing, quality control, recycling to software to help you be a leader in the lithium-ion battery market. These solutions help you meet quality, yield, productivity and sustainability goals.
Watch our experts Johannes Eschenauer and Dr Robert Steffen talk about the role of the EA8000 X-ray particle analyzer and SEM in lithium-ion battery production to reduce defects in manufacturing and increase yield.
Learn about some of the solutions to major challenges you may be facing and how our material analysis solutions for Gigafactories can help you to be a leader in the lithium-ion battery field.
Learn how combining scanning electron microscopy (SEM) and broad ion bean milling can help you better understand LiB materials. We describe workflows and instrumentation which can significantly improve the understanding of battery materials.
Learn how you can improve lithium-ion battery performance and reliability by integrating an X-ray particle analyzer into the LiB production process.
We provide material analyzers like X-ray particle contaminant and thermal analyzers together with electron microscopes for the research and development of lithium-ion batteries and other Gigafactory applications. Our ion milling systems produce high-quality cross-section or flat milling samples for electron microscopy.
X-ray particle analyzer
EA8000A: X-ray Particle Contaminant Analyzer for Lithium-ion Battery Production
More InformationElectron microscopes and ion milling system
Contact us to find out more information.
More InformationThe EA8000 X-ray particle contaminant analyzer is the world standard in contaminant detection and analyzing foreign objects in lithium-ion battery components with high throughput. It can be installed either in-line to be incorporated into a production line or near-line where an inspection line is placed in parallel or in a laboratory. Our electron microscopes are optimal for quality control, from scanning electron microscopes that support large samples to desktop electron microscopes.
We also offer EDXRF (bulk materials and coatings), LIBS, OES, and thermal analysis instruments for the analysis of a wide range of materials including alloys, polymers, and electronics. Our handheld XRF and mobile OES solutions are not only suitable for laboratories but also, as they’re field portable, are ideal solutions for auditing the supply chain.
Optical emission spectrometers
Mobile and stationary Optical emission spectrometers (OES)
More InformationX-ray particle
analyzer
EA8000A: X-ray Particle Contaminant Analyzer for Lithium-ion Battery Production
More InformationElectron microscopes and ion milling system
Contact us to find out more information.
More InformationWe provide integrated solutions that support lithium-ion battery manufacturing to ensure high-efficiency and high-quality production with solutions including calendaring machine, electrode stacking machines, battery cell assembling machines, an exhaustless solvent (NMP) recovery system, and dry room/dehumidifier.
Supporting recycling is a key factor in sustainability. Our solutions include X-ray fluorescence (XRF) analyzers, handheld laser-induced breakdown spectroscopy (LIBS) analyzers, and optical emission spectrometers (OES).
Handheld XRF
More InformationHandheld LIBS
More InformationMobile optical emission spectrometers
More InformationStationary optical emission spectrometers
More InformationAutomated software allows the vast amount of data to be processed and analyzed with ease. Our lithium-ion battery state of health (LiB SoH) diagnostics software delivers a choice of remote and rapid solutions to monitor and optimize the performance of batteries across their lifetime to ensure maximum efficiency. We also offer software to support real-time monitoring of contamination in the manufacturing line, reducing waste product and increasing yield.
