Worlds First Cultivated Meat B2B Marketplace: Read Announcement

About

The specialist B2B marketplace for Cultivated Meat

Cellbase connects cultivated meat innovators with the tools they need to grow. One trusted marketplace for bioreactors, growth media, scaffolds, cell lines, sensors, and more.

The problem we solve

Sourcing equipment and materials for cultivated meat production is fragmented. Companies waste time navigating dozens of generalised lab suppliers, requesting custom quotes, and verifying compatibility with cellular agriculture workflows.

Traditional suppliers serve broad markets. They don't understand the specific requirements of growing meat from cells: GMP-compliant media, food-grade scaffolds, bioreactors optimised for adherent cell culture.

Our solution

Curated suppliers: Every vendor is validated for relevance to cultivated meat production. No irrelevant catalogues.

Transparent pricing: Browse verified suppliers and compare specifications without lengthy quote processes.

Use-case filtering: Products are marked by use case - scaffold-compatible, serum-free, commercial-ready.

Market intelligence: Access industry trends and demand insights to inform procurement decisions.

Who we serve

  • Cultivated meat start-ups scaling from R&D to production
  • Cell agriculture researchers requiring specialised materials
  • Biotech labs developing cultivation technologies
  • Procurement teams at food companies entering cellular agriculture

Why Cellbase

Exclusive focus on Cultivated Meat means suppliers who understand your requirements, products validated for compatibility, and platform features built for cellular agriculture - not generic lab workflows.

Group

Part of the Cultigen Group - the ecosystem for Cultivated Meat.

Trusted by industry brands

Insights & News

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  • Predictive Modelling for Bioprocess Troubleshooting

    Predictive Modelling for Bioprocess Troubleshooting

    Predictive modelling is transforming cultivated meat production by identifying process issues before they escalate. By analysing historical and real-time data, these models help operators maintain optimal conditions across key stages...

  • Cost Analysis: Scaling Cell Lines for Bioreactor Cultivation

    Cost Analysis: Scaling Cell Lines for Bioreactor Cultivation

    Scaling cell lines for cultivated meat production hinges on choosing the right bioreactor system. Costs vary significantly across stirred-tank, wave, and fixed-bed bioreactors due to differences in capital investment, operating...

  • Scaffold Biocompatibility: Testing Protocols

    Scaffold Biocompatibility: Testing Protocols

    Scaffold biocompatibility is critical for cultivated meat production. Scaffolds must support cell adhesion, growth, and differentiation while being safe to eat. They should degrade into harmless by-products, leaving no inedible...

  • Selecting Sensors for Cultivated Meat Bioreactors

    Selecting Sensors for Cultivated Meat Bioreactors

    When producing cultivated meat, maintaining precise bioreactor conditions is critical. Sensors monitor key parameters like temperature (37 °C), pH (6.8–7.4), dissolved oxygen (30–60%), CO₂ (<10%), glucose, biomass, and metabolites to...

  • Process Monitoring in 3D-Printed Scaffold Fabrication

    Process Monitoring in 3D-Printed Scaffold Fabrication

    3D-printed scaffolds are the backbone of cultivated meat production. These structures provide the framework for cells to grow into muscle and fat tissues, mimicking the texture of traditional meat. However,...

  • Analysing Surface Functionalization for Cultivated Meat

    Analysing Surface Functionalization for Cultivated Meat

    Surface functionalisation is a key process in cultivated meat production, focusing on modifying scaffold surfaces to improve how cells attach, grow, and develop into tissue. By tailoring surface properties like...

  • Mechanical Properties of Edible Scaffolds: Key Metrics

    Mechanical Properties of Edible Scaffolds: Key Metrics

    Edible scaffolds are critical for cultivated meat production, shaping tissue growth and influencing the final product's texture. Their mechanical properties - like stiffness, porosity, and degradation rates - impact cell...

  • Serum-Free Media: Nutrient Formulation Strategies

    Serum-Free Media: Nutrient Formulation Strategies

    Serum-free media is reshaping cultivated meat production by replacing foetal bovine serum (FBS) with defined, animal-free formulations. This shift addresses cost, ethical, and regulatory challenges while improving consistency and scalability....