Unlocking production-speed additive manufacturing at the micro-scale

Descripción del proyecto

Microfabricación a escala industrial con fabricación aditiva

La fabricación aditiva ha cobrado interés en los últimos años, impulsada por los avances tecnológicos que permiten construcciones más rápidas, precisas y duraderas con diversos materiales. La impresión tridimensional de nano y microestructuras muestra un gran potencial para transformar diversas industrias, aunque actualmente se enfrenta a retos de eficiencia y precisión cuando se considera su ampliación. El equipo de Photosynthetic ha desarrollado una tecnología de microlitografía volumétrica que supera estos retos y mejora enormemente la velocidad, el coste y la complejidad, a la vez que proporciona altas resoluciones. El proyecto financiado por el Consejo Europeo de Innovación tiene como objetivo ampliar la revolucionaria y ultrarrápida tecnología de impresión tridimensional, que permite fabricar nano y microestructuras a escala industrial, abriendo así la puerta a nuevos avances.

Objetivo

Photosynthetic B.V. founded in 2018 in Amsterdam, revolutionises microfabrication with its ultra-fast 3D printing technology, producing micro- and nano-structures with feature sizes under a micron. Awarded the Formnext Start-Up Challenge, Photosynthetic aims to lead the next generation of microfabrication, significantly impacting health and other sectors. Our mission is to revolutionise microfabrication by enabling efficient industrial-scale production of microstructures, unlocking new product possibilities, especially in health.
We plan to set the standard for manufacturing nano- and micro-structures, starting with microfluidic devices like micro-porous membranes for cell analysis, Microneedle Array Patches (MAPs) for drug delivery or bio-scaffolds for tissue engineering.
Current microfabrication methods are slow, expensive, and limited in complexity. Photosynthetic’s Volumetric Micro-Lithography (VML) technology overcomes these challenges, enabling rapid production of complex 3D geometries with sub-micron precision. VML is based on single-photon polymerization, and is 1000 times faster than Two-Photon Lithography (TPL). It forms entire objects simultaneously, offering high resolution and speed.
Photosynthetic’s technology addresses needs in biotechnology (micro-porous membranes), pharmaceuticals (MAPs for vaccine delivery), cosmetics (microneedles for drug delivery), public health (mass immunisation), or research (custom scaffolds). Revenue comes from printer sales and printing services.
We promote green manufacturing through reduction of the material usage, and shortening of time-to-market. The technology enhances Europe’s technological independence and creates high-value jobs.
We are seeking €2.5 million in EIC grant funding and €6 million equity (€3 mln EIC + €3 mln other VC) to complete, test, and commercialise its technology. The funds will support hardware upgrades, material improvements, and scaling production processes.