Rapidly prototype polymer microneedles, micro-porous membranes, micro-scaffolds and structured surfaces for research and development.

Develop microneedle masters and complex or hollow geometries for transdermal delivery concepts and research.

Tailor pore geometry and distribution for cell capture, separation and microfluidic filtration research.

Create structured environments for organoid seeding, microtissues and drug discovery research.

Prototype microwells, arrays, lattices and patterned surfaces to explore geometry-driven functions in your R&D workflow.
See the team and technology behind Photosynthetic, and discover how microscale designs become physical polymer structures.

Features below 5 µm, structures up to 1000 µm tall and aspect ratios up to 20:1. Build rates up to 500 mm³/h across a 40 × 40 mm area. Results depend on geometry, resin and process settings.

Bring single-photon volumetric microlithography into your R&D workflow. ORIGIN 2.5 creates detailed 2.5D polymer microstructures in an enclosed system with dedicated software.

Tell us what you want to test. Share your target geometry, dimensions and material requirements so we can discuss feasibility and the next steps.











Share your application, target geometry, material needs and current development stage. We can discuss how Photosynthetic fits your next experiment.
Photosynthetic B.V.
De Boelelaan 1085, 1081HV Amsterdam, The Netherlands | 260 East Main Street, Suite 6380, Rochester, NY 14604, USA