Stämm

We’re redefining biomanufacturing. Today, we introduce the High-Throughput Bioprocessor (HTB), Stämm’s new automated platform to rethink biological scaling.

We'll be at BIO with in-person demos of our High-Throughput Bioprocessor (HTB): automated, bubble-free, continuous biomanufacturing designed for the way biology actually works. #BIO2026 #Biomanufacturing #Bioprocessing #continuousbiomanufacturing

Stämm is heading to BIO International Convention 2026! If you work in R&D in biomanufacturing, bioprocess development, growing CHO, HEK, or stem cells, we should talk. We're looking to connect with anyone interested in the future of continuous biomanufacturing. #BIO2026

Billions of data points. All in their place. Driven by Data, mastered by Stämm.

Billions of years of R&D. We just paid attention. Inspired by Nature, harvested by Stämm.

We start in the research lab (RUO) to perfect the science, so that tomorrow’s life-saving therapies can be manufactured right where the patient is. What do you expect from the future of CAR-T-based therapies? How could we solve scalability and access issues?

At Stämm, we could transition CAR-T from a bespoke, artisanal process into a robust, industrial reality. By applying Stämm’s continuous laminar flow technology, we would enable high-density biomass production in a decentralized, low-cost format.

Read more at: Ishiwata, H., Song, J., Shigeno, Y., Nishimura, K., & Yanai, N. (2026). Molecular quantum nanosensors for intracellular thermometry. Science Advances, 12, eaeb5422. doi.org/10.1126/sciadv…

At Stämm, we've long believed the future of biotechnology runs through measuring more, better, smaller, deeper, and closer to nature. Tools like this will change how we understand living processes and, eventually, how we control them.

Scientists just built a thermometer that measures temperature inside a living cell. Not a tissue. Not an organ. A single cell. And different regions within that cell. This is real. Just published in Science Advances.