Our Technology

Our labs were developed with the microfluidics based lab-on-a-chip technology that enables research in microgravity cost-effectively.
These labs provide an agile platform that allows you to get unprecedented results that can not be obtained with terrestrial conditions.
The same labs can be used on various microgravity platforms such as parabolic flights, low orbit nano satellites and on board of the International Space Station.

The heart of the lab

Fluid Management System

SPuMP (Space Pharma Microgravity Minituarized Pump), D-Pump (Diaphragm Pump) and Multiplexed Pump are new miniaturized, accurate pumping systems, developed for SpacePharma’s microgravity research activities in space.

Unique features

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Built for harsh environment
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Non-pulsating, positive displacement pumping
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Bubble-free operation
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Provides accurate flow rates in range of 10-500 microliters/min
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Built in temperature control (heating and cooling) for pump and reservoir.

Comprehensive Flow Management Possibilities

The SPuMP is a 2 ml syringe pump operated by a step-motor. The syringe reservoir is temperature controlled. Up to 4 SPuMP-s can be separately controlled from one main controller.
The D-Pump is a diaphragm pump with temperature-controlled 1.2 ml reservoir. It is hydraulically driven by a SPuMP, acting as an accurate hydraulic driver.

The Control board, manifold and valve systems enable independent Operation of 4 SPuMPS, each driving two D-Pumps, acting together as a Multiplexed pump, where each D-Pump is operated independently with repeating pumping-refilling

SpacePharma’s Fluid management system has concluded 6 tours to the International space station and 3 parabolic flights.

SpacePharma’s Fluid management system
SpacePharma’s Fluid Management System

Our Labs

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SPmg

Robust, simple system for free-orbit satellite and ISS modules

SPmg is a 2U system capable of performing 4 experiments. It is equipped with a 600 microliter stirred reactor, a fluorescence microscope and visible light spectrometer.  The lab is a closed system where the waste is stored in a volume-saving manner.
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SPmg
SPmg lab
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SPAd-ISS

SPAd ISS is an advanced lab for use aboard the International Space Station.

It is a 3-6U system capable of performing advanced experiments in biology and biochemistry using a microfluidic lab-on-chip approach.
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SPAd-ISS
SPAd FF lab
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Modern Times

The factory of the future

Modern Times is a large capacity system for either performing multiple experiments (as in factorial design tests) or for manufacturing of production quantities. Design to be flown onboard Unmanned spacecrafts.
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Modern times