Accessible Cell and Gene Therapies:
Simplified cell culture, scalable processes

We’re transforming cell cultivation to make therapies more accessible and the industry more sustainable. With innovative designs and materials, our solutions help biopharmaceutical companies scale manufacturing of Cell and Gene Therapies, vaccines, and biologicals efficiently and responsibly.

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CellScrew®

From lab to large-scale - overcoming bottlenecks in adherent cell expansion

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three 96-well plates on green background, one transparent, one black and one white

The world’s first plant-
based 96-well plates

Same science, sustainable materials - 50% lower carbon footprint

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We solve your scaling bottlenecks in adherent cell expansion

Traditional adherent cell expansion methods require large systems, are inefficient and costly - and are hard to scale.  CellScrew® makes expansion more efficient, scalable, and faster - reducing costs, resources, and risks to streamline your time-to-market.

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Efficient

Large surface, small footprint to save incubator space and reduce manual handling.

Scalable

Same conditions in all sizes, reducing process development and quality risks during lab to commercial transfer.

Reliable

Single-piece inspection, in-house production, and certified supply chains & processes enable risk mitigation.

Insights & deep dives

The Knowledge Hub brings together industry knowledge, explores developments and covers where the industry’s headed. From stem cells to scale-up, from sustainability to strategy—read on what’s shaping the future of Cell and Gene Therapy, along with our latest developments.

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Oxygen concentration graphic in different phases during aerobic cell cultivation

The relevance of the oxygen transfer rate for successful cell cultivation

In the development and manufacture of advanced biopharmaceuticals—including cell and gene therapies—cell expansion is a critical step that directly influences yield, quality, and consistency of the final product. Maintaining a viable and productive cell population requires precise control over multiple parameters within the bioreactor environment. Among these, dissolved oxygen (DO) concentration in the liquid phase stands out as a critical process parameter (CPP).

Bioprocessing

About Green Elephant Biotech

We're a growing team of scientists, engineers, business developers, and communicators, united by a shared goal: making biotech better.  
At Green Elephant Biotech, we combine deep industry knowledge with a positive team culture—where collaboration, openness, and trust drive our success.
For our partners, that means solutions they can rely on—innovative, efficient, and built with long-term value in mind.

Learn more about us