Nova™ Benchtop For Lipid Nanoparticle R&D And Pre-Clinical Development
Helix Biotech’s Nova™ Benchtop (BT) system is designed for lipid nanoparticle R&D and pre-clinical development – screen and optimize nanoparticle formulations quickly and with a versatile and scalable platform.
Best For: Research and Development and lab-scale production
Mixing Technology Options:
-Helix Impinged Jet Mixers (IJMs)
-Microfluidic (MF) chip compatible
Nova™ BT is a flexible modular platform for lipid nanoparticle synthesis. Researchers can choose from a range of IJM mixers or utilize common and custom microfluidic chips while screening lipid compositions and optimizing RNA+LNP formulation process parameters affecting encapsulation, particle size and polydispersity, and stability.
The Nova™ Platform is a modular system which means that scaling up is as easy as adding modules (pump and/or mixer modules). Simply add a pump module and second mixing stage for in-line dilution or nanoparticle modification capabilities. For larger production capacity, blast through to the Nova Pilot High Throughput (HT) system.
Modules Components
- Pumps: Dual Pump Modules
- Single Pump Modules
- Mixing Modules
- Sample Collection Modules
Software and Control
- Custom User Interface
- Monitor and control formulation remotely or in-person via PC or laptop.
Formulation Optimization - Common Easily Tunable Parameters
- TFR - Total Flow Rate
- FRR - Flow Rate Ratio
- Process Startup/End Wastes, Priming Volumes
Nova™ BT system with optional modular components
Scaleup Studies: moving from ≤1mL to ≥100mL
The default Nova™ BT platform including a dual pump module, single-stage mixer, and sample collector can be used to prepare samples as small as 100uL while also enabling scaleup to ≥ 100mL per run. The system provides a repeatable manufacturing process, allowing pooling of multiple batches to produce ≥ 1L of material. All Nova™ BT processes and mixing technologies are designed to facilitate seamless tech transfer and process scaleup with SuperNova™ High Throughput (HT) systems .