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High-Level Nanoimprint Lithography Foundry with 20nm process capability

Delivering comprehensive micro-nano manufacturing solutions powered by advanced nanoimprint technology

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World-Class Nanoimprint Manufacturing Platform

A fully integrated semiconductor-level nanoimprint Fab facility, encompassing master template fabrication, R&D lines, pilot production, and volume manufacturing capabilities.

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PRODUCTS

Our core portfolio includes nanoimprint templates, AR optical waveguides, diffractive optical elements (DOE), wire grid polarizers (WGP), metalenses, biochips, etc.

AR Optical Waveguides

AR waveguides engineered for augmented reality optical systems represent our flagship product. Industrial-scale nanoimprint manufacturing dramatically reduces production costs while significantly increasing throughput, enabling cost-effective AR interactive devices.

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WGP - Wire Grid Polarizers

Leveraging advanced nanoimprint lithography, our Wire Grid Polarizers offer superior polarization performance. These components feature high extinction ratios, excellent transmittance, and robust stability, ensuring precise light management within specified spectral bands.

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$DOE - Diffractive Optical Elements$

DOE - Diffractive Optical Elements

DOEs leverage diffraction principles to manipulate light propagation phase. Primarily serving the laser industry, they enable precise control over laser power, intensity distribution, wavelength, and spot shape to meet diverse application requirements.

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Metalenses

Metalenses, also known as metasurface lenses, are two-dimensional planar lenses manufactured using advanced optical principles and nanofabrication processes. Their core mechanism precisely controls light phase, amplitude, and polarization by engineering surface micro-nano structures—including shape, orientation, and height—to achieve specific imaging or optical effects.

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Additional Products

Curved micro-nano optical devices Flexible electronics and e-paper devices Nanocone arrays and microlens arrays Contact us for custom solutions

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Gene Sequencing

Through nanoimprint lithography, we etch micro-nano structure arrays on silicon or polymer substrates, enabling ordered immobilization and amplification of DNA fragments into millions of gene clusters for rapid, sensitive, and precise gene sequencing.

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MABUFACTURING EXCELLENCE

Product Application

AR technology is widely used in various industries

Industry Solution

With micro nano structure for more than 20 years Experience in embossing and processing technology, with various high-precision processing R&D capabilities and batch manufacturing capabilities

FOCUS ON HIGH-PRECISION NANO IMPRINTING TECHNOLOGY

HAVE VARIOUS PROCESSING AND R&D CAPABILITIES

New Dimension Nano Technologies Co., LTD is a high-tech leader with high precision nano printing capability as the research and development core. Focusing on the design of Micro-Nano optical elements. It has more than 20 years of experience in micro nano structure printing technology, we oriented by market demand and focus on design and manufacture of Micro-Nano optical elements for a long time.

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NEWS CENTER

Major Announcement | The General Manager of Suzhou New Dimension has been invited to attend the Third Photomask and Photoresist Technology Forum and deliver a keynote speech.

2026-04-24

A Century-Long “Artificial Divine Light”: How Has Laser Technology Changed the World, and What Enables Its Breakthroughs?

Every day, before heading to work, the red glow of the QR‑code payment when buying breakfast, the smooth, razor‑sharp edge of a smartphone screen, and even the pinpoint beam used to precisely polish the lens during refractive surgery—all conceal the same beam of light: the laser. This “artificial divine light,” now woven into the fabric of our daily lives, actually took more than a century to go from theoretical inception to everyday reality. Today, we’ll trace this century‑long story step by step, and delve into the “behind‑the‑scenes enablers” that empower lasers—DOE optical elements—as well as the high‑precision micro‑ and nano‑fabrication techniques—namely nanoimprint lithography—that have made their mass production and widespread adoption possible.

2026-04-22

OUR PROMISE

We provide comprehensive support across the entire product lifecycle—encompassing design realization, rapid process optimization, and scalable mass production.

E-mail:Sales@ndnano.com

Building D, 102-104, 388 Ruoshui Road, Suzhou Industrial Park, China

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