Let our Microgravity Research Data Take Your Organisation to Higher Grounds
Microgravity is a one-of-a-kind environment that influences scientific experiments in ways that numerous unique characteristics that might normally be obscured by gravitational effects would be revealed.
This exceptional environment provides enormous potential for innovation as well as substantial technological research prospects.
Miniaturized Labs
We aim to standardise the use of miniaturization through microelectromechanical systems, lab-on-a-chip technology, micro systems technologies etc. for our life sciences and biophysical experiments in microgravity which has been proved to have accelerated the early phases of downstream processing.
Cost Effective
As an Indian company, we take pride in our flexible approach in delivering world-class innovative results in the most cost-effective manner feasible for both industries and researchers.
Co-Creation
Our Experts will understand the requirement of our customers and will design and develop the experiment with them for increased efficiency and ease of our customers.
We will assist our customers at every stage, from experiment co-creation to R&D assistance, in order for them to realise their aims and benefit humanity.
One stop gateway for all mission profiles
We can provide the microgravity environment through various mission profiles based on our customers' needs and budgets.
We currently offer orbital, sub-orbital, parabolic flight, and ground simulator mission profiles.
Why Microgravity Research?
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This eccentric environment has potential to understand protein biology, mechanisms of infections diseases, drug development, fluid physics and much more, in ways that are not possible on earth.
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Novel IP generation for commercialization.
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Rapid and sensitive microbial studies for production of cellular proteins.
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Effective protein crystallization in absence of sedimentation.
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Decoding the mechanisms of stem cell regeneration to facilitate anti-aging research, biomaterials for diabetes, and ophthalmology.
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Establishing models of head and face pain in order to study the effects of high intra-cranial pressure and space motion syndrome.