Automated synthesis
Precise reagent delivery, programmable reaction cycles, valve control, and in-line measurement for the stepwise construction of complex biomolecules.
System overview ↗ Microfluidics · Synthesis · Formulation
Engineering systems for advanced biomolecular constructs.
SC Biosystems develops precision microfluidic and process technologies for biomolecular synthesis, nanoparticle formulation, and targeted delivery.
Core technologies
Microfluidics for advanced biomolecular constructs.
Precise fluid delivery, rapid mixing, automated actuation, and in-line measurement turn sensitive chemistry into controlled, repeatable processes.
Microfluidic formulation
Defined flow paths and rapid, controlled mixing for nanoparticle self-assembly, encapsulation, and immediate post-mixing stabilisation.
System overview ↗Advanced constructs
Integration of biomolecular payloads, lipid architectures, targeting ligands, and functional surface chemistry into engineered delivery systems.
System overview ↗Process control
Precision pumping, pressure and flow measurement, automated actuation, process data, and downstream integration within one controlled environment.
System overview ↗Lipid nanoparticle formulation
Microfluidic control of nanoparticle formation.
A lipid-containing organic phase and an aqueous payload phase must be delivered at defined flow rates and brought together under tightly controlled mixing conditions. Mixer geometry, stream stability, composition, and quench timing all influence the particles that form.
See how the process works →Process engineering
The behaviour of an advanced biomolecular construct begins with how it is made.
Stable, defined delivery.
Low-pulsation pumping and precise flow ratios establish repeatable conditions before materials reach the critical process step.
Hydrodynamics shape formation.
Velocity, geometry, and local mixing time govern how rapidly components meet and how self-assembly proceeds.
Formation does not end at the mixer.
Quenching, dilution, purification, concentration, and analytical control complete the manufacturing environment.