Morphotonics Raises €40M to Take Display Tech Into Data Centers

TL;DR

• Dutch deeptech startup Morphotonics has raised €40M to scale its large-area nanoimprint lithography platform beyond displays and into data centers.
• The round brings in 3M Ventures alongside returning investors Innovation Industries, BOM and Invest-NL, linking a global industrial strategist with Dutch deeptech backers.
• The funding will expand production in Veldhoven, grow the team, and commercialize optical components for AI data centers to cut power use and cost.

A Veldhoven Startup With Big Imprint Ambitions

Morphotonics has spent more than a decade quietly perfecting a hard manufacturing problem: how to imprint nanostructures over large areas quickly, accurately and cheaply.

Based in Veldhoven, in the heart of the Dutch Brainport tech region, the company developed a roll-to-plate nanoimprint lithography platform. Instead of slow, expensive traditional lithography, its machines stamp precise optical micro- and nano-patterns onto glass and foil substrates at scale.

That technology first found product-market fit in displays. Morphotonics tools are used to make brightness-enhancing films, anti-glare layers, diffusers and light-management foils for next-generation LCD, OLED, mini-LED and AR/VR displays. Its customers include major display makers and consumer electronics supply chain players in Asia, Europe and the U.S.

Now, with €40M in fresh capital, the company is making its biggest pivot yet.

Why Data Centers Are Next

The leap from phone screens to server racks is less strange than it sounds. The same nanoimprint process used to steer light in a display can be used to steer light in a data center.

AI-driven demand for compute is pushing data centers to their physical limits. Copper interconnects are hitting bandwidth and power walls, forcing hyperscalers to shift toward optical interconnects and co-packaged optics. Those photonic components require precise, mass-producible nanostructures — exactly what nanoimprint does well.

Morphotonics says its platform can produce optical interconnect elements, waveguides, lenses and light-coupling structures with higher throughput and far lower cost than e-beam or conventional photolithography. For operators, that promises faster transceivers, lower energy per bit, and a path to scale silicon photonics to millions of units.

In short: bring display-grade manufacturing economics to photonics for AI infrastructure.

Who Is Backing the €40M Bet

The investor lineup tells its own story. New investor 3M Ventures, the venture arm of materials giant 3M, brings deep expertise in films, optics and scaled manufacturing, plus a potential industrial and commercial partnership path.

They are joined by returning backers Innovation Industries, the Dutch deeptech specialist, regional development agency BOM (Brabantse Ontwikkelings Maatschappij), and national fund Invest-NL. The mix of a U.S. corporate venture, a specialist VC, and public-backed Dutch capital is increasingly typical for European hardware scale-ups bridging lab to fab.

The company said the round reflects strong commercial traction in displays and early validation in datacom and photonics, with strategic interest from both supply chain partners and end users looking to secure non-Asian manufacturing capacity.

What The Money Will Build

Morphotonics plans to use the €40M to do three things fast: scale, staff and diversify.

First, it will expand its manufacturing and demo capacity in Veldhoven, adding cleanroom space and next-generation roll-to-plate systems to serve both display customers and new photonics pilot lines.

Second, it will grow headcount across engineering, applications and sales, particularly for its data center program, as it moves from prototypes and sampling toward volume qualification.

Third, it will accelerate product development for data center optics, including large-area masters, replication tools and process recipes tailored for optical interconnect makers, transceiver vendors and foundries.

Management has framed the goal as becoming the imprint backbone for both the display industry and the emerging photonic chiplet economy.

A Test Case For European Deeptech

Beyond Morphotonics itself, the raise is another data point for European deeptech resilience.

While early-stage software funding has cooled, deeptech hardware tied to semiconductors, photonics and energy efficiency continues to attract large tickets — especially in the Netherlands, where the ASML ecosystem has spawned a generation of precision manufacturing startups.

For policymakers, it also hits key themes: strategic autonomy in chips and optics, energy-efficient AI infrastructure, and keeping high-value manufacturing in Europe. With Invest-NL and BOM doubling down alongside a U.S. industrial investor, the deal showcases the public-private model Brussels wants to replicate.

The challenge now is execution. Scaling from display films shipped by the square meter to mission-critical optics qualified by hyperscalers will demand new partnerships, yields and reliability standards.

If Morphotonics pulls it off, its nano-stamps could end up inside both the screen you look at and the data center that powers it.

AndroGuider Team

Articles written by the AndroGuider team. We try to make them thorough and informational while being easy to read.