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The automotive industry is constantly evolving, with demands for greater fuel efficiency, lower emissions, higher performance, and enhanced safety. To meet these challenges, manufacturers need detailed analysis, strict process control, and ongoing optimization across the entire product development process.
Our latest eBook highlights how electron microscopy and X-ray photoelectron spectroscopy support those needs. It includes a wide variety of application notes and case studies across four categories:
Material innovation
High-resolution analytical methods provide detailed insights into phase composition, grain structure, interfaces, and defect mechanisms. This information helps remove the risk from innovation, refine formulations, and accelerate the delivery of high-performance materials.
Process optimization
Advanced manufacturing methods like additive manufacturing and high-precision machining rely on precise material properties to achieve optimal component performance. Electron microscopy provides high-resolution imaging and chemical characterization to help optimize efficiency, reduce waste, and ensure production standards.
Quality control
High-resolution imaging makes it possible to detect microstructural defects that can compromise mechanical integrity and long-term performance. This information helps engineers analyze failures, monitor material behavior under stress, and validate manufacturing processes.
Failure analysis
High-resolution imaging techniques help identify the root cause of critical defects, providing the data needed to improve product design, optimize manufacturing processes, and enhance overall reliability.
Download our comprehensive eBook to explore how EM and XPS can support your processes.
