Nanoimprint lithography Conferences and Events

Nanoimprint lithography is a patterning method in which a nanoscale mold or stamp is pressed into a resist or functional material to replicate features with high resolution. Unlike optical lithography, nanoimprint lithography relies on mechanical deformation and curing rather than image projection, making it attractive for producing dense nanoscale patterns over relatively large areas. It can be used with thermal, ultraviolet, roll-to-roll, and step-and-repeat process variants.

Nanoimprint lithography matters because it offers a potential route to high-resolution, high-throughput, and lower-cost nanofabrication. It is studied for photonic crystals, metasurfaces, biosensors, displays, anti-reflective coatings, data storage, microfluidics, flexible electronics, and patterned templates for material growth. Performance depends on mold quality, resist behavior, release chemistry, residual layers, defect control, alignment, and pattern transfer. The technique connects directly to nanolithography, thin-film processing, and scalable manufacturing.

Conferences on nanoimprint lithography appear in nanotechnology, semiconductor processing, optics, photonics, surface engineering, and manufacturing programs. Sessions often cover stamp fabrication, resist materials, roll-to-roll processing, large-area patterning, and device applications. Tracking these events helps researchers follow a practical patterning technology positioned between laboratory-scale nanostructuring and industrial production.

To learn more, read our detailed glossary article on nanoimprint lithography.