Stämm Biotech specializes in life sciences. During the past two years, Stämm has designed a novel bioproduction system that leverages microfluidics, electroporation and robotics to solve the main constraint of the biotech industry: scaling up. The company asserts that solving this problem could unlock a $700B market in the next 10 years.
Stämm's main product is a desktop-sized bioreactor called the Bioprocessor, which the company says is at least 70x more productive than traditional bioreactors.
Industrial Engineering Dept. Leader
Arturo Bianchetti, PhD.
Conicet Optics Consultant - Under S.T.A.N. contract between Conicet and Stämm
Emiliano Höss, PhD.
I.T. Dept. Leader
Federico D'Alvia Vegh
Co-founder & COO
Florencia Fernández Fox
3D Printing Dept. Leader
Isaac Aaron Rodriguez Osuna
Hardware Development Contractor
Research and Development
Juan Francisco Llamazares Vegh
Co-founder & CEO
Juan Martín Cabaleiro, PhD
Conicet Microfluidics Consultant - Under S.T.A.N. contract between Conicet and Stämm
Analytics Dept. Leader
Stem Cell Department Leader
Manuel Del Cogliano, PhD.
Biology Dept. Leader
Martín López Palermo
Embedded Systems Specialist
Machine Learning & Biologic Systems Dept. Leader
Bioinformatics Dept. Leader
Nahuel Olaiz, PhD.
Recombinant Protein & Transfection Specialist
Stämm: Reinventing the Bioreactor - Indie Bio - Medium
November 2, 2018
Documentaries, videos and podcasts
IndieBio - Demo Day #7 - Stämm
November 7, 2018
Simulation | IndieBio #237 Yuyo & Federico Vegh - Reinventing Bioreactors
December 7, 2018
Startup Biotech: Stämm
April 3, 2019
- BioreactorBioreactors create an internal environments that support proliferation and differentiation of cells for the manufacturing of biological products.
- IndieBioA startup accelerator for biotechnology companies located in San Francisco, California.
- Gridx Exponential
- MicrofluidicsMicrofluidics is both the study of and manufacturing of systems where fluids move through tiny channels with dimensions on the microscale. Microfluidics is applied to diverse fields including environmental detection, medical diagnostics, 3D tissue culture and microelectronics.