Safe global cell transport with active CO₂ and temperature control – powered by Cellbox™.

Whether you're moving delicate cell cultures across your campus or shipping organoids halfway around the world — that's exactly why we developed the Cellbox™: a portable CO₂ incubator designed to maintain stable temperature and gas conditions in transit.

In this section, you’ll find real-world examples of how Cellbox™ supports live transport for various biological applications — from iPSC cultures and hydrogel matrices to 3D cell systems and organ-on-a-chip models.

We update this page regularly with new use cases from labs, clinics, and biotech teams worldwide.

A successful parabolic flight cell experiment from the Mechanobiology Institute, Singapore - an interview with Assistant Professor Gianluca Grenci about his and Assistant Professores Anne Begin research using our portable incubator and its significant impact on their study.

The Team used their ZeroG Well technology to improve organoid growth in microgravity.

→ Read the full Interview with Prof. Asst. Gianluca Grenci

Our Colleagues had the honor to not only transport patient derived colon cancer organoids from HUB Organoids across Europe, but also participating on the European Space Agency - ESA 83rd Parabolic Flight Campaign with Novespace for microgravity research #TumorsInSpace lead by Principal Investigator Tricia L. Larose. Funded by European Space Agency - ESA with the support of Norwegian Space Agency.

Thank you Tricia L. Larose. for your continuous support and trust in our technology!

Our Cellbox™ Shipper has successfully delivered optimal lab-standard incubation conditions (37°C and 5% CO2) - providing Maximum Quality at Zero Gravity!

Do your iPSC’s or iPSC-derived cells need to get around? Would you like to transport them over the campus, to another city or even another country? Are you facing unacceptable losses in quality when receiving cells from a collaborating working group, manufacturer or other scientific partner? Meet your solution – The Cellbox™ portable CO₂ incubator. Specially developed for the transport of sensitive cells and cell cultures, the Cellbox is ideal for iPSC-derived cells, such as sensory neurons, microglia and cardiomyocytes.

Life Science workflows and -research demand high reproducibility and consistent results. Don’t settle for losses in cell quality, cell viability and valuable time introduced by freeze-thaw cycles that are a routine part of cryogenic-shipping. Transport your iPSC’s and iPSC-derived cells under laboratory conditions, in the Cellbox™, and avoid unwanted changes in metabolism, gene expression and protein profiles. Validated and trusted by our users, the Cellbox™ will prevent unintended differentiation steps and maintain the physiological functions of the iPSC and iPSC-derived cells during every journey.
Say YES to healthy & assay-ready cells >

Would you like to receive cells and cell cultures for biobanking and long-term cell storage? Do you face challenges when thawing and recovering material from biobanks?

The Cellbox™ allows sending and receiving fresh cells and cell cultures under tightly regulated and well documented incubation conditions. As a biobank you can benefit from receiving fresh material and performing the cryopreservation in-house. Recipients can benefit from the Cellbox™ by receiving thawed and recovered cells from a biobank, ready-to-use.

Biobanks play a central role in biotech and life science research by safeguarding and preserving biological material for the future. The quality and viability of the material following storage are however highly dependent on the cryopreservation protocol and eventual thawing procedure. Variation in the cryopreservation pipeline can be avoided, by receiving cells fresh and performing all processing and documentation steps in-house. Cells can be thawed, many years later, recovered and delivered in a fresh and documented fashion to the end-user.
Say YES to high quality ready-to-use cells >