PRODUCT
MST-X SERIES
Advanced Production of Nanoparticles Using Microfluidic Technology
Microvortex mixing patterns engineered to formulate nanoparticles
These scalable single chip units support a range of throughputs from discovery
to preclinical studies with > 95% mixing efficiency for uniform synthesis.
-
MPA: Dean vortex-induced mixing
MPA X1NanoCalibur™ Lab
- Organic phase inlet
- Aqueous phase inlet
- Outlet
-
SMR: Swirling vortex-induced mixing
SMR T1NanoCalibur™ Lab
- Organic phase inlet
- Aqueous phase inlet
- Outlet
Microfluidic synthesis chip parallelization for scalable production
Microfluidic parallelization preserves the microfluidic pattern of a given unit of microfluidic synthesis chip and
thus minimizes the optimization time required in order to scale up to mass production.
In a PMS-cMPA chip, NanoCalibur™ utilizes a network of MPA X1 channels to distribute the precursor solutions and
ensure that shear stress remains within critical levels that preserve payload (e.g. mRNA) integrity.
-
PMS: Parallelized Microfluidic Synthesis
PMS-cMPA X16NanoCalibur™ GMP
- Organic phase inlet
- Aqueous phase inlet
- Outlet
-
PMS-cSMR T16NanoCalibur™ GMP
- Organic phase inlet
- Aqueous phase inlet
- Outlet
