Semiconductor & Advanced Materials

Advanced electronic and functional materials increasingly depend on precise control of composition, purity, interfaces, and thin material structures. Our chemical analysis technologies provide quantitative measurement and 2D/3D chemical mapping of major material constituents, dopants, and contaminants, enabling material development, process optimization, contamination analysis, troubleshooting, and quality control.

• Semiconductor & Electronic Materials

  Characterize the chemistry of semiconductor substrates, packaging materials, and electronic components. Our high-sensitivity analytical technologies detect trace contamination, impurities, and localized chemical variations that can affect material performance and manufacturing quality.

• Glass, Ceramics & MLCC

  Analyze challenging inorganic materials including glass substrates, technical ceramics, and multilayer ceramic capacitors (MLCCs). Elemental analysis and chemical imaging reveal composition, impurities, dopants, and spatial variations across complex material structures.

• Thin Films, Coatings & Interfaces

  Resolve layer composition, uniformity, interdiffusion, contamination, and interface chemistry across thin films, coatings, and multilayer structures.

• Polymers & Functional Materials

  Characterize polymers, composites, and other engineered materials through elemental and spatial chemical analysis. Detection of light elements, additives, fillers, contaminants, and compositional variations provides insight into material formulation, processing, and performance.