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Tools for Scientific Research

Application-oriented hydrogel solutions

Tools for Scientific
Research

Hydrogel platforms for 3D cell culture, disease modeling, matrix engineering, organ-on-chip systems, and high-throughput research.

Hydrogel-based 3D cell culture matrix in a laboratory dish3D CULTURE · MODELS · SCREENING

Solution directory

Find a platform by research need

24 tailored solution pathways across 4 application families.

01

3D Culture & Multicellular Platforms

Matrix systems for cell expansion, organization, differentiation, and multicellular interaction in three dimensions.

3D Cell Culture Hydrogel MatricesOrganoid Culture Hydrogel MatricesSpheroid & Tumoroid Culture HydrogelsStem Cell & iPSC 3D Culture MatricesPrimary Cell 3D Culture HydrogelsCo-Culture & Multicellular Model Hydrogels
02

Disease & Functional Models

Application-specific matrices for tumor biology, fibrosis, vascularization, migration, immunity, and epithelial function.

Tumor Microenvironment Model HydrogelsFibrosis & Tissue Stiffness Model HydrogelsAngiogenesis Assay HydrogelsCell Migration & Invasion Assay HydrogelsImmune Cell Infiltration & Interaction HydrogelsEpithelial Barrier & Permeability Model Hydrogels
03

Matrix Engineering & Surface Design

Controlled material platforms for defined composition, mechanics, degradation, ligand presentation, coating, and patterning.

Defined Synthetic ECM HydrogelsTunable Stiffness & Viscoelasticity HydrogelsDegradable & Remodelable ECM-Mimetic HydrogelsLigand-Functionalized Cell-Adhesive HydrogelsHydrogel Coatings for Cell CulturePhoto-Crosslinkable & Micropatternable Research Hydrogels
04

Screening, Microphysiology & Encapsulation

Scalable research formats for spheroid production, high-throughput screening, microfluidics, organ-on-chip, and imaging workflows.

Hydrogel Microwell Arrays for Spheroid FormationHydrogel-Coated Microplates for High-Throughput ScreeningHydrogel Matrices for Organ-on-Chip ModelsPerfusable Microfluidic Hydrogel SystemsResearch Cell Encapsulation HydrogelsImaging-Compatible Hydrogels for 3D Cell Models

Shared capabilities

From research question to reproducible 3D model.

Custom Matrix FormulationPolymer selection, crosslinking strategy, and application-specific matrix design.
3D Culture OptimizationMatrix conditions tailored to cell type, co-culture format, and experimental endpoint.
Mechanical & Transport CharacterizationStiffness, viscoelasticity, diffusion, swelling, and degradation profiling.
Biological Model SupportAssay-relevant evaluation for viability, morphology, migration, and barrier function.

Project inquiry

Develop a hydrogel platform around your research model.

Share your cell type, culture format, target phenotype, and analytical workflow with our hydrogel specialists.

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