Product Catalog

3D Scaffolds & Bioprinting Materials

Engineered for in vitro culture and scalable ECM manufacturing

A curated portfolio of cell culture scaffolds, ECM substrates, photocrosslinkable bioinks and conductive polymers — designed to support reproducible bioprinting and translational research.
3D Cell Culture Scaffolds Research Grade ECM Substrates Scalable Prod. Photocurable Bioinks GelMA · HAMA Conductive Polymers PEDOT:AlgS

Product Portfolio A structured overview of scaffolds, ECM substrates and bioprinting materials

Research Scaffolds

3D Scaffolds In vitro 3D culture & ECM modelling

Ordered microfiber scaffolds fabricated via melt electrowriting (MEW). Fiber diameter 50–100 μm, pore size 100–300 μm, porosity up to 73.5%. Pre-hydrophilized, fully synthetic with consistent batch performance, compatible with standard 6/12/24/96-well Transwell formats.
50–100 μm fibers 73.5% porosity Pre-hydrophilized
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Scalable ECM Substrates

ECM Culture Scaffolds Controlled, customizable ECM production

Engineered substrates designed for scalable extracellular matrix manufacturing. Highly tunable architecture: pore size 100–500 μm, thickness 0.5–5 mm. Batch-to-batch variation ≤5%.
Customizable pore geometry ≤5% batch deviation Sterile delivery
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Bioprinting Materials

Bioinks & Conductive Polymers Photocrosslinkable formulations

Qualified GelMA, HAMA photocurable bioinks and PEDOT:AlgS conductive polymers. Rigid quality control to support reproducible bioprinting from fundamental research toward translational studies.
GelMA HAMA PEDOT:AlgS
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