Where science meets industry

Driving Nanoimprint Technology with Quantum Science to the Future of Nanoscale Manufacturing.

How Nanoimprint Lithography (NIL) Works

The process flow behind nano-scale patterning

Press mold

UV/Heat curing

Release mold

Substrate etch

Press mold

UV/Heat curing

Release mold

Substrate etch

Mold

Polymer

Substrate

How to implement NIL

Application Domains

Nanoimprint Lithography (NIL) is a high-precision technique that stamps nanoscale patterns onto surfaces using a patterned mold. It offers a cost effective, high-resolution alternative to traditional photolithography for creating fine structures. NIL is ideal for producing nanochips, sensors, and optical devices. Its simplicity and accuracy make it perfect for industries requiring fine surface patterns at scale.

Quantum Computing

Photon-based solutions on heterogeneous materials

Datacom/Telecom

High-bandwidth and high-power laser devices

Illumination

Vivid and tunable light engines for bio-medicals

Optics

High efficient AR/VR vehicles

Advanced Sensing

Photon-manipulated integrated solutions

Bio Chip

Cell/tissue cultivation and detection platform

Drag

Persistently Engineered by Elites

Our Team

With two decades of expertise in Nanoimprint Lithography (NIL), our team has developed world-class process technologies tailored to advanced manufacturing needs. We've successfully integrated nanoscale structures into industry-standard workflows, including high-volume LED wafers, hard sapphire substrates, and delicate InP laser wafers. Leveraging deep technical know-how and extensive production experience, we deliver highly customized fine structures across a wide range of materials. As we continue to push the limits of NIL, our capabilities are advancing toward next-generation quantum applications.

Foundry Business

Overview of Quantum NIL’s Manufacturing Scope

Foundry of Hybrid Nanoimprint Lithography Solution for Material Engineering

Our foundry business is strategically focused on serving customers who require high-precision nanostructure fabrication at scale. This includes innovators in photonics, micro/nano-LED, meta-optics, advanced sensors and quantum devices. In addition, we support emerging applications in biomedical chips, AI-driven sensing technologies, and next-generation unmanned & robot systems.

We collaborate with startups, research institutions, and industry leaders who demand reliable, high-yield NIL production with deep customization capabilities. By offering scalable, application-driven solutions, we aim to accelerate the commercialization of breakthrough technologies across diverse industries.