Homepage>Products>SERS Chip Surfaces>Bowtie-Shaped Plasmonic Nanostructure Arrays SERS Chip SurfaceBowtie-Shaped Plasmonic Nanostructure ArraysAdvanced sensor surfaces that generate intense electromagnetic fields within nanoscale gaps, enabling strong amplification of molecular signals for sensitive detection. Item Features DescriptionBowtie-shaped plasmonic nanostructure arrays are advanced sensor surfaces that generate intense electromagnetic fields within the nanogap between opposing triangular tips, enabling strong amplification of molecular signals. This property provides an effective analytical platform for highly sensitive detection of molecules at low concentrations, particularly in Surface-Enhanced Raman Spectroscopy (SERS) analyses. The system is optimized for operation with a 785 nm laser wavelength and can be used across a broad range of chemical and biological analyses. Application AreasThe developed bowtie nanostructure arrays have potential applications in the sensitive detection of low-concentration analytes, including pesticide residue detection, food safety analysis, environmental pollutant monitoring, and biomolecular detection. The platform offers a robust solution for academic research laboratories, sensor development studies, and analytical testing applications. Research and DevelopmentThe plasmonic surfaces offer a flexible design approach, allowing optimization through minor geometric modifications to meet specific application requirements. Nanostructure patterns can be fabricated with high precision to the desired dimensions and geometric parameters, providing a customizable platform for developing different sensor technologies, conducting optical characterization studies, and designing next-generation analytical platforms. These features make bowtie arrays a scalable and adaptable plasmonic platform for both research and application-oriented sensor development. ← Back to SERS Chip Surfaces