Large-area Nanostructure Engineering
The Future Of Now
Nanostructure engineering has facilitated a wide variety of emerging applications in optics, electronics, fluidics, bioscience, and etc. Interacted with photons, large-area nanogratings diffract light in specific directions, which has been widely used in spectrometers novel waveguide displays. 2D nanostructures of diverse functional materials and geometries are used in versatile applications. For example, metallic nanohole array achieves narrow-band optical filtering; elliptical nanorod arrays modulate polarizations of scattered light for information encryption and anti-counterfeiting; plasmonic nanostructures are widely used in ultrasensitive detection of trace amount of chemicals and biomarkers via electromagnetic field enhancement.
InterLitho team’s long and extensive experience in large-area nanostructure engineering has helped our customers in designing, manufacturing, and testing innovative nanostructured devices.
Nanostructure engineering has facilitated a wide variety of emerging applications in optics, electronics, fluidics, bioscience, and etc. Interacted with photons, large-area nanogratings diffract light in specific directions, which has been widely used in spectrometers novel waveguide displays. 2D nanostructures of diverse functional materials and geometries are used in versatile applications.
InterLitho team’s long and extensive experience in large-area nanostructure engineering have helped our customers in designing, manufacturing, and testing innovative nanostructured devices.
