Pioneers of Plasma Research
Interdisciplinary minds. Concentrated plasma expertise.
Meet the Plasma Nerds.
The terraplasma team has been researching and developing cold plasma technologies for over 13 years and was founded in 2011 as a spin-off from the Max Planck Society. The company's roots go back to Prof. Dr. Gregor Morfill, whose early work on plasma crystals at the Max Planck Institute for Extraterrestrial Physics eventually led to experiments aboard the ISS. His daughter, Dr. Julia Zimmermann, has been CEO since 2015 and brings her biophysical background from LMU Munich and her previous experience at the Max Planck Institute for Extraterrestrial Physics to the company's mission of translating plasma research into real-world applications.
Today, the terraplasma team combines deep technical expertise in engineering, chemistry, biology, medicine, and plasma physics. The company brings together specialists in electrical engineering and plasma source technologies – including experience in researching cold plasma under zero gravity – as well as experts who develop performance-optimized plasma controls and electronics. This is complemented by strong operational leadership that translates technological breakthroughs into efficient, scalable processes, and by sound expertise in microbiology, cell biology, and device prototyping. Together, these capabilities have propelled cold plasma from laboratory research to market-ready products in wound care, disinfection, and now also skincare.
The development of Phlas was supported by the ESA (European Space Agency) Spark Funding Program.
Phlas - Made in Germany.
The Path to Series Production
It all started with a 3D-printed prototype.
From concept to function
The first functional models were available as 3D prints after 3 years.
Technology put to the test
From the prototype, it goes into the test chamber. Among other things, electromagnetic compatibility was investigated in specialized test environments.
Biology in Focus
Tests with skin cells and microorganisms provide insights into how the plasma technology used interacts in biological models.
Hygiene without unnecessary plastic
For hygienic use, Phlas needs a regularly replaceable spacer. That's why we rely on PaperFoam® – functional and sustainably disposable via paper waste or compost.