Our MixStix system allows for a powerful, non-powered environment for fluid and biological research onboard the International Space Station – U.S. National Lab.
Nanoracks’ dedicated 2U NanoLab research modules provide housing for up to twenty four individual Fluids Mixing Enclosures (MixStix) allowing all microgravity reactions and materials to be captured for analysis on the International Space Station or returned to Earth via the Soyuz.
All results are automatically generated by the mixing of the fluids in the microgravity environment after being manipulated (cracked open) by the ISS crew member by flexing the Teflon tube in the same manner as activating a glow stick.
Once you load your Nanoracks’ furnished MixStix we provide all the required vacuum testing, paperwork, transportation to ISS and MixStix retrieval.
- Multiple MixStix per module
- Duration negotiable
- 3 levels of containment
- Returnable samples
Contact us to join schools, universities and commercial organizations already experimenting onboard the ISS or to find out more about developing your own MixStix research program.
- Nanoracks Flies Science Mission for First Emirati Astronaut, Commercial, Educational Customers on SpaceX ISS Launch July 29, 2019
- Nanoracks Delivers Educational Research, CubeSats, and Novel Medical Science to the Space Station December 10, 2018
- Nanoracks Brings Over 30 Payloads to ISS, Including Landmark Kaber Satellite and First-Ever Boy Scouts of America Experiment August 16, 2017
- Nanoracks Prepares Activation of Historic Chinese Research, 25+ Experiments Onboard International Space Station June 6, 2017
- Nanoracks Advances International Space Station Utilization July 15, 2016
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