High surface area. Compact footprint. The CellScrew® expands adherent cells for advanced therapies in a single compact vessel — over 100× the growth surface of a T-75 flask, in over 90% less incubator space.

Built for cell and gene therapies, vaccines, and biologics, it takes your process from research to clinical manufacturing without the flask-handling burden that usually comes with scale.

Why CellScrew®

• Less vessels = less work. One CellScrew® 10K replaces up to 133 T-75 flasks or 12 roller bottles — lower handling risk, fewer contamination points, optimized incubator space.

• Scale with confidence. Reproducible results across every stage, from mini to 10K — and a clear path to automation with Archimedes® One when you're ready to take the manual steps out.

• The right size for every scale. CellScrew® 10K (10,000 cm²), 6K (6,000 cm²), and mini (850 cm²) — pick development, pick clinical, pick both.

• High surface area, miniaturized footprint. A patented Archimedes screw and central tube keep media and gases moving for a well-mixed, oxygen-rich environment; Concentric cylinders give cells maximized room to attach and grow.

• 3D-printed from bioplastic (PLA) — up to 90% less environmental impact than conventional systems.

Keep adherent biology. Leave complexity behind. Archimedes® One brings adherent cell workflows into automated bioprocessing — the control of a perfusion bioreactor, built for cells that need to attach to a surface.

Until now, scaling adherent cells has meant a trade-off: simple but manual, or scalable but complex. Archimedes® One removes the choice. It automates the variable, hands-on steps and gives you real process control, without the conditioning vessels, subsystems, and cost that come with fixed-bed systems.

Why Archimedes® One

• Behaves like a bioreactor. Built for adherent cells. Perfusion-style performance for cells that need a surface to grow on — no compromise between biology and scalability.

• Automated harvest, reproducible results. Automation replaces the manual, variable steps → consistent, GMP-ready output run after run.

• Full process control. pH, DO, and temperature, managed through any standard biocontroller — no proprietary lock-in.

• Less system, less complexity. No conditioning vessels or complex subsystems. Pre-assembled, single-use setup: install, run, harvest.

• Lower total cost. Less to buy, less to consume, less to run than fixed-bed bioreactors — hardware, disposables, and labor.

Say hello to the Green Elephant® 96-well microPLAte: a high-performance microtiter plate made from bioplastic PLA (polylactic acid). Same assays, same results — half the environmental impact.

Designed as a direct replacement for conventional polystyrene plates, the microPLAte drops straight into your existing workflows, from discovery and development to high-throughput screening. Run your assays and automation exactly as before. The only thing that changes is the footprint.

Why microPLAte

• A simple swap-out. No protocol changes, no workflow rework. Switch the plate, keep everything else.

• Same performance, half the impact. Matches oil-based polystyrene plates across standard applications — every plate you use cuts environmental impact by 50%.

• Made for how you work. Available in black, white, and clear to match your most-used detection methods.

• Plant-based, not petroleum-based. PLA is a bioplastic made from fermented renewable resources like corn starch — where polystyrene comes from fossil oil.

• Made in Germany. Injection molded for consistent quality, short supply chains, and reliable delivery.

  In your lab, you have a choice: 96-well plates from oil-based plastic, or from bioplastic. The choice is yours.