Dutch nanoimprint lithography startup Morphotonics raised €40M from 3M Ventures, EIC Fund, and others, and plans to expand into data center optical components
The Netherlands' ASML is possibly the biggest name in lithography, using its machines to etch patterns onto silicon wafers inside …
Context & Ripple Effects
Morphotonics enters a Dutch semiconductor-equipment landscape led by ASML’s increasingly complex lithography systems, including High NA tools built from four modules. The local supplier base has also attracted capital: advanced chip-measurement developer Invisix raised a €20M seed round in June 2026.
ASML has signaled that its remit extends beyond EUV into advanced packaging, bonding and connecting. Morphotonics’ move toward optical components places nanoimprint manufacturing alongside that broader push to capture value in the systems that connect chips and compute infrastructure.
First-order effects
- The €40M round gives Morphotonics capital to scale its nanoimprint-lithography business for data-center optical components, with 3M Ventures and the EIC Fund backing that expansion.
- Data-center optical-component customers gain another prospective manufacturing supplier built around nanoimprint lithography rather than conventional semiconductor patterning alone.
Second-order effects
- Morphotonics’ expansion raises the competitive bar for optical-component manufacturers by directing fresh venture and public-backed capital toward production methods suited to high-volume optics.
- The EIC Fund’s participation reinforces Europe’s role in financing specialized semiconductor and photonics manufacturing suppliers, not only flagship equipment makers such as ASML.
Third-order effects
- If optical components become a durable growth market for nanoimprint, lithography value chains will extend further from wafer patterning into the interconnect hardware that moves data between compute systems.
- The move supports a broader fragmentation of semiconductor-equipment innovation: large platform vendors pursue packaging and connectivity while smaller specialists target discrete manufacturing bottlenecks.
The trend: AI-driven demand for compute infrastructure is drawing lithography and photonics suppliers toward the optical interconnects that link chips, devices and data centers.