Homepage>Products>SERS Chip Surfaces>Nanohole Arrays SERS Chip SurfaceNanohole ArraysPeriodic Metal-Insulator-Metal nanohole arrays developed to enhance light-matter interactions for highly sensitive optical and biomolecular sensing. Item Features DescriptionPlasmonic nanohole arrays designed with a Metal-Insulator-Metal (MIM) architecture are advanced sensor surfaces that enhance light-matter interactions, enabling highly sensitive optical sensing. Their periodic nanohole geometry generates strong plasmonic resonances at the surface, allowing sensitive optical detection of biological and chemical analytes. The structure is specifically designed for high performance in the 800-850 nm wavelength range and is compatible with silicon-based optical sensors. The developed nanohole arrays also offer a sensor surface suitable for Surface Plasmon Resonance (SPR) measurements, enabling real-time monitoring of biomolecular interactions. Application AreasThese nanohole arrays have potential applications in bacterial detection, biomarker analysis, pathogen screening in clinical samples, and biosensing. In particular, studies on the rapid detection of microorganisms responsible for urinary tract infections indicate that nanohole-based sensors could play an important role in clinical diagnostics. These features make nanohole arrays a promising surface for rapid and sensitive detection in hospitals, clinical diagnostic laboratories, and biomedical research centers. Research and DevelopmentTheir periodic nanohole architecture provides a robust research platform for developing plasmonic biosensors, conducting SPR-based analyses and optical characterization studies, and designing next-generation diagnostic technologies. Because the nanostructure geometry and periodicity can be fabricated with high precision, these surfaces can be adapted and customized for the detection of different biomarkers or pathogens. ← Back to SERS Chip Surfaces