Probably one of the most famous art sculptures in the world recreated in an entirely new perspective.
We are proud to have recently co-organized with ETH Zurich the latest FluidFM User Conference that has considerably broadened the FluidFM community, enabled mutual exchange of knowledge and experience, which will hopefully contribute to accelerating further research.
Can an "impossible object" be 3D printed, even impossibly small?
Enabling FluidFM® single cell experiments on the BioScope Resolve® BioAFM.
The FluidFM µ3Dprinter has received a major design upgrade and has been further improved with a new and unique function: Printing on existing structures with pinpoint (micrometer) accuracy.
Conventional microinjection has its limits: these include limited cell viability, time-consuming experiments and difficulties in injecting into "small" adherent cells. The FluidFM BOT for Injection overcomes these limits.
Making FluidFM available on the JPK Nanowizard® AFM platform.
Taking FluidFM solutions to the next level.
Pioneering new method for the extraction of single living cells could revolutionise single cell analysis.
Groundbreaking 3D micro-printing process opens new dimensions for the fabrication of microscopic metal structures.
Wir bauen eine neue Generation von wissenschaftlichen Messinstrumenten für die Spitzenforschung und liefern innovative Anwendungslösungen, die insbesondere in der Nanotechnologie, Life Sciences und Single-Cell-Biologie eingesetzt werden. Unser Team setzt sich aus Spezialisten aus den unterschiedlichsten Disziplinen zusammen: von Computer- und Ingenieurs-Wissenschaften über Biologie bis zur Betriebswirtschaft.