BuBbleGun unveils new knowledge at the intersection of microfluidics, physics, and bioengineering, towards a new understanding of cavitation, jetting rheology, and injection phenomena.
Our novel approach focused on delivering small volumes (less than 0.1 mL) in the superficial layers of skin (intradermal) can contribute to better and personalised treatments. ,
Check out our latest updates and news features
At the NWO Biophysics 2025 Conference, PhD candidate Ana Sofia Oliveira Nogueira presented innovative work on understanding how hydrogels—materials commonly used as skin surrogates—respond to …
Daria Bugakova and Tom van den Berg from PlantBeams attended the Biotech Booster Project Day on the 11th of November in Amersfoort Marienhof. The event …
Keerthana Mohan has succesfully defended her PhD thesis entieled “Mastering thermocavitation microjets”. The PhD defense took place in the Waaier building at the University of …
Our overarching goal is to develop a clear picture of the energy partition initiated with the creation of bubbles, converted by the tuned rheology of jets, and ending with jet penetration into soft substrates.
This fundamental knowledge will be applied to achieve a major breakthrough in liquid jet injection – the BuBble Gun.
Fill in the contact form below and we will be in touch shortly