NIL TECHNOLOGY APS

Their core work

NIL Technology (NILT) is a Danish SME specializing in nano-imprint lithography and diffractive optical elements for mass production. They design and manufacture nano-structured optical components — from wafer-level optics for smartphone cameras and 3D sensing modules to metamaterial-based solar reflectors for space applications. Their core capability is translating nano-scale surface structuring from lab prototypes into industrially scalable replication processes, bridging the gap between advanced optics research and high-volume manufacturing.

What they specialise in

How they've shifted over time

NILT's early H2020 work (2015–2017) centered on nano-manufacturing processes — injection moulding of nano-structured components, functional surface replication, and optical solar reflectors for space. From 2018 onward, they pivoted decisively toward optical components for consumer electronics and autonomous systems: 3D sensing cameras, lidar optics, and diffractive optical elements at wafer scale. Their largest and most recent coordinated project (SUPERvisionary, €2.27M) signals a clear commercialization push, moving from process research into industrial optical product leadership.

NILT is scaling from nano-manufacturing research toward commercial diffractive optics products for the booming 3D sensing, lidar, and autonomous vehicle markets.

How they like to work

NILT balances leadership and partnership almost equally, coordinating 3 of their 7 projects — a high ratio for an SME. Their 40 unique consortium partners across 12 countries show they are well-networked and comfortable in diverse international teams. They tend to take the coordinator role when the project aligns closely with their core product ambitions (SMART-FLEX, SUPERvisionary), while joining as specialist contributors in broader manufacturing or surface-engineering consortia.

NILT has built a broad European network of 40 unique partners across 12 countries, spanning space agencies, manufacturing research institutes, and optics companies. Their geographic reach is genuinely pan-European with no single dominant partner country.

What sets them apart

NILT occupies a rare niche: they combine deep nano-imprint lithography expertise with the ability to scale optical components to mass production volumes. Unlike university labs that develop nano-optics prototypes, NILT can take a diffractive design from concept to wafer-level manufacturing — making them an ideal bridge partner between fundamental optics research and industrial deployment. Their dual competence in space-grade metamaterials and consumer-electronics optics is unusual and opens cross-sector collaboration opportunities.

Highlights from their portfolio

• SUPERvisionary
  Their largest project (€2.27M, coordinator) targeting diffractive optical elements for lidar, 3D sensing, and autonomous vehicles — represents their commercial scaling ambition.
• SMART-FLEX
  Coordinated project developing smart metamaterial solar reflectors with thermochromic properties, showing NILT's capability to design adaptive optical materials for space.
• ProSurf
  Mass production of functional structured surfaces — demonstrates NILT's manufacturing scale-up expertise beyond optics into broader industrial surface engineering.