At Stämm we set out to revolutionize the way we understand bioprocesses. To do so, a big part of our work is dedicated to gaining a better understanding of cellular organisms. As you might imagine,  when working with biomolecular structures you face one essential problem: everything is really tiny.Nowadays only advanced microscope technology can capture … When the red light is right

3D-printing has, without doubt, revolutionized the manufacturing industry. Thanks to this technology we are able to simply print out customized objects and parts, even if they present complex structures. Compared to other production techniques, such as injection molding -which, as the name already states- requires a previous construction of a mold- or machining, where blocks … 3D-Think it, then you print it

Has a wide green field ever caused you a sudden urge to start running? Or a broad empty road tempted you to step on the gas pedal? Wide spaces seem to inspire many of us to move quicker, while narrow paths slow us down and make our movement more cautious. Surely, this behavior can be … On microfluidics or – How we flow in tiny spaces

Have you ever wondered what laminar flow is? Most likely not. Still, it’s one of a thousand physical phenomena that help keep us alive.Our vascular system is composed of blood vessels, small tubes called veins and arteries. Through these tubes our heart pumps blood that transports all the important nutrients needed to keep our organs … Go Laminar or Go Home

Bioprocessing is not usually a topic that comes up in conversation while having a drink with friends at the bar. But even without knowing it, we are exposed to bioprocesses on a daily basis. Thanks to this biobased technological phenomenon we can enjoy a good beer or a tasty wine, but also provide health solutions … Bioprocessing- What’s Cells Got to Do with It