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Leading Large-Area Nanoimprint Technology

How we unlock precision at scale

Morphotonics’ proprietary Roll-to-Plate nanoimprint technology delivers nanoscale precision over large areas far exceeding wafer size. This enables the scaling of nanostructure fabrication with higher yield, consistency and cost efficiency.

Large-area nanoimprint lithography
via Roll-to-Plate

We imprint micro- and nanostructures directly onto glass, polymers or other substrates, using flexible stamps and UV-curable resins. These structures can serve as permanent optical layers or as precise etch masks for further processing.

Key technological advantages

Beyond wafer scale

Nano-micron features across large surfaces

Enables advanced optical and functional performance previously not achievable at large scale.

High quality on many surfaces

Compatibility with rigid and flexible substrates

Works on glass, polymers, and other substrates for broad application flexibility.

Improved optical performance

High pattern fidelity and durability

Ensures consistent quality across entire panels for reliable manufacturing results.

Highly precise

Unmatched cost-efficiency

Reduces production time, material usage, and equipment footprint at high throughput

Connect with our nanoimprint specialists

With deep expertise in nanoimprint technology, our experts deliver proven answers to demanding manufacturing requirements.
Access solutions built on proven precision and scalability.

How does our technology compare?

By integrating volume production benefits of Roll-to-Roll nanoimprinting with advanced replication abilities of wafer-scale UV-based Nanoimprint Lithography, Morphotonics’ large-area nanoimprint technology allows for efficient volume production at high quality.

Technology

Wafer UV-NIL

Low throughput
High-cost
Small-size substrate
High (position) accuracy

roll-tto-plate-animation

Large-area nanoimprinting

High throughput
Low-cost
Small & large size substrates
High accuracy & pattern freedom

Technology

Large-area photolithography

High throughput
Low-cost
Small & large size substrates
Limited pattern choice

At the forefront of
nanotech knowledge