By Stensborg
A digitally controlled roll-to-plate UV nanoimprint system for validating manufacturable processes under production-relevant conditions. Unlike conventional laboratory tools focused on feasibility testing, Desktop 3.0 integrates sensor-driven monitoring, automated recipe control, and full process traceability to enable reproducible nanoimprint workflows. This enables engineering teams to establish repeatable manufacturing workflows with confidence before investing in pilot or production-scale equipment. Small-scale roll-to-plate nanoimprint tool for digital process validation and scale-up for nanoimprint manufacturing
Large-area roll-to-roll nanoimprint lithography system for continuous industrial production of optical elements and functional structures Our Rolling Nanoimprint Lithography (RNIL) equipment is designed for the mass-fabrication of high-precision micro- and nanostructured surfaces and components, enabling engineers to validate manufacturable processes, establish repeatable production parameters, and scale from laboratory development to large-area, high-volume manufacturing. The patented HoloPrint® optical nip architecture delivers focused UV curing directly at the imprint interface, enabling accurate replication of sub-100 nm structures across rigid and flexible substrates. The result is a scalable manufacturing process with improved yield, reduced material waste, and the throughput required for high-volume production of functional nanostructures. Our patented optical engine cures resin precisely at the rolling nip point, improving replication fidelity while reducing mechanical stress and process variability Continuous rolling processing (up to 50m/min.) enables high-volume nanoimprint manufacturing beyond batch-limited lithography systems Optimised curing and contact mechanics extend template lifetime from 100 to 10,000 of cycles, reducing cost per part Supports transparent and opaque substrates, rigid and flexible materials, and a wide range of UV-curable chemistries
CATEGORY
