Homepage>Products>SERS Chip Surfaces>Honeycomb Nanostructure Arrays SERS Chip SurfaceHoneycomb Nanostructure ArraysRegular hexagonal nanostructure networks developed to generate strong plasmonic field enhancement for sensitive and reliable detection of low-concentration analytes. Item Features DescriptionNanostructure arrays with a honeycomb architecture are advanced sensing surfaces capable of generating strong plasmonic field enhancements through their regular hexagonal network. This property enables sensitive and reliable detection of low-concentration analytes, particularly in Surface-Enhanced Raman Spectroscopy (SERS) analyses. The product is designed for use with a 785 nm laser and offers a SERS platform suitable for a wide range of analyses, from biological samples to chemical compounds. Application AreasThe developed honeycomb nanostructure arrays have potential applications in detecting low-concentration target molecules in areas such as monitoring agricultural chemicals and pesticide residues, detecting environmental pollutants, food safety testing, and biomolecular diagnostics. The platform addresses a broad user base, ranging from academic research laboratories to analytical testing centers. With their regular and reproducible nanostructure network, these surfaces also provide a strong research platform for plasmonic sensor development, optical characterization, and the design of next-generation spectroscopic sensing platforms. Research and DevelopmentThe product can be optimized for different analytes or laser wavelengths through minor geometric modifications tailored to the application. Since the nanostructure patterns can be fabricated with high precision at the desired dimensions and geometric parameters, the surfaces offer a customizable platform for various sensor development projects and analytical applications. ← Back to SERS Chip Surfaces