RNA-LNP formulation platform
Streamlining RNA-LNP & nanoparticle manufacturing
Once your RNA and lipids are ready, TAMARA enables the reproducible formulation of RNA-LNPs from early screening to preclinical studies. Built for formulation R&D, it combines:
What can TAMARA do?
Whether you’re screening lipid formulations or exploring different payload options, TAMARA adapts to your needs.
Nanoparticles you can formulate
A few of our core formulation capabilities
Payloads you can encapsulate
Most common cargos you can load
Applications you can address
Wide range of therapeutic areas
Your LNP stays the same as you scale up
With TAMARA, a single instrument carries your formulation across the entire R&D workflow. Because the chip, the mixer and the process stay identical from a 0.2 mL screen to a 30 mL preclinical batch, your nanoparticle keeps the same size, PDI and encapsulation efficiency at every scale — so your in vivo readouts reflect the biology, not a change of instrument.
The technology behind the speed
Microfluidic mixing is the reference method for RNA-LNP formulation. It allows for:
Herringbone mixer
Fastest mixing for the smallest LNPs. Gold standard in RNA-LNP formulation.
Baffle mixer
Robust secondary-flow design for broader flexibility.
Two minutes to understand TAMARA
An intuitive 3-step process, even for a first-time user. It’s that simple.
Set
Choose your mixer and set the flow conditions for your target LNP.
Pipette
Load your RNA and lipid phases directly — no priming, no dead volume.
Run
Start the run and recover your RNA-LNPs, reproducibly, in minutes.
Make the most of every microgram
Once your RNA is ready, every microgram counts. TAMARA’s chip design avoids the dead-volume losses common to single-use systems, recovering more than 90% of your input RNA.
Reusable chips, cleaned between runs with a built-in protocol, also remove the recurring cost of disposable cartridges.
