From pharmaceutical R&D to aerospace materials testing, Morrigan Dynamics gives research teams a containerless platform built for results that hold up.
Four connected steps, each removing another point of contact between the sample and the outside world, together they make up the full Morrigan Dynamics platform.
Using acoustic and electromagnetic fields, our systems hold ultra-small samples in mid-air, isolating them from any surface. Nothing touches the sample except the environment researchers design for it.
Every experiment begins with a fresh, sealed, disposable cartridge. No shared surface between runs, no cleaning cycle, no recalibration drift.
Building on the PolyPico dispensing platform, our systems print arrays of hundreds to thousands of identical droplets, each precise enough to serve as an independent experiment.
The same containerless principles extend to materials destined for extreme environments, including our aerospace work with NASA on lunar base materials.
From pharmaceutical R&D to aerospace materials testing, the same containerless platform adapts to wherever contamination-free precision matters most.
Contactless handling of high-value or hazardous samples, from antibody screening to formulation testing, without cross-contamination between runs.
Because every cartridge is sealed and used once, teams can move from one compound to the next without wash cycles, recalibration, or the risk of carryover skewing results, critical when a single contaminated run can invalidate weeks of research.
What this produces: A clean, repeatable dataset for every formulation tested, with contamination ruled out as a variable from the start.
Study small samples without contact with a solid container, and dispense precise arrays of functional materials for controlled experiments.
From conductive inks and nanomaterials to functional coatings, ultra-low-volume dispensing helps researchers compare formulations while conserving valuable materials.
What this produces: Controlled sample arrays and containerless experiments for investigating material behaviour.
Extend containerless research from the laboratory to materials destined for extreme environments.
Our aerospace work with NASA on lunar base materials builds on the same principles: isolate the sample from supporting surfaces and give researchers control over the experimental environment.
What this produces: A platform for exploring materials for aerospace and lunar applications.
Bring precision dispensing and contactless sample handling into fundamental research, from aerosol chemistry to droplet mixing and optical analysis.
Configurable systems and OEM integration let research teams build around their experiment, with disposable cartridges simplifying changes between fluids.
What this produces: Flexible experimental workflows for research that depends on precise, repeatable sample handling.
Whether you're screening formulations, testing materials, or developing for aerospace applications, our team can walk you through how the platform fits your work.
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