LIGHT-CURING RESIN CHEMISTRY FOR NIL
UV-Curing Resins for Roll-to-Roll and Roll-to-Plate Nanoimprint Lithography
Demould Templates Resins
Chemistry designed for producing durable working masters (WM) and imprint templates with excellent demoulding behaviour and dimensional stability.
Imprinting Features Resins
Resins formulated for high-speed nano- and microstructure replication in continuous rolling nanoimprinting processes
At Stensborg, we develop and qualify process-critical nanoimprint consumables in-house to ensure reliable, repeatable, and high-yield nanostructure replication. Our UV-curable resins and imprinting template materials are engineered to work seamlessly with Stensborg’s patented Holoprint™ Optical Engine, enabling stable nip curing, long template lifetimes, and consistent nanoscale fidelity in both R&D and industrial production environments.
Our current resin portfolio represents over 25 years of nanoimprint chemistry development, refined through testing across multiple domains: speed, resolution, process compatability optical-grading, and speciality. 20–25 resins are currently in frequent production use, with four off-the-shelf formulations available for immediate deployment.
OPTIMISE YOUR FEATURE DEVELOPMENT
Why Consumables Matter in Nanoimprint Lithography
In nanoimprint lithography, material behaviour directly determines yield, throughput, and defect density. Resin viscosity, curing kinetics, adhesion balance, and demoulding performance must be precisely matched to the imprint process, substrate, and tool architecture. Stensborg’s integrated approach reduces process risk and shortens the time from development to stable production with consumable solutions that are:
Stensborg’s Nanoimprint Resins: Technical Breakdown
Take a look at the technical specifications of our chemistry technology to understand better which is best suited for your feature production requirements.
Stensborg does not supply consumables in isolation. Our materials are delivered as part of a holistic nanoimprint ecosystem, including:
- Process matching to RNIL equipment
- Validation trials
- Resin selection and optimisation
- Template manufacturing support
- Scale-up guidance from prototyping Desktop to industrial systems
