Parallel Fluidics
Parallel Fluidics develops microfluidic consumables and manufactures custom devices for life science research.
Founded
2020Parallel Fluidics develops microfluidic consumables and manufactures custom devices for life science research.
The LNP Screening Array performs formulation on liquid handlers already used by laboratories. This design lets sample preparation, formulation, and recovery share an automation deck instead of transferring material to a dedicated mixing instrument.
For custom devices, Parallel Fluidics offers production-grade thermoplastics at the prototyping stage. Teams can test device behavior in materials intended for production, while ports and valves from the hardware library provide reusable interfaces for fluid handling.
Source: parallelfluidics.com
Evaluating the LNP Screening Array requires matching the consumable to the laboratory workflow. Deck configuration, pipetting setup, reagents, and screening goals determine the protocol and support required for an initial run.
Reported particle-size and dispersity results come from specific characterized test conditions. The company states that outcomes can vary with lipid composition, cargo, and automation platform, making an in-lab evaluation necessary to assess fit for a particular formulation study.
Source: parallelfluidics.com
Parallel Fluidics provides dynamic online quotes for custom microfluidic devices after customers upload their designs. The manufacturing workflow supports a few prototype devices through hundreds of devices per month, with customers adjusting quantities as development needs change.
The LNP Screening Array follows a consultation-led evaluation process. Laboratories submit their liquid handler and screening requirements, and the company supplies the consumables, protocol configuration, and application support needed for an initial workflow assessment.
Source: parallelfluidics.com
The LNP Screening Array combines reagent loading, microfluidic mixing, and sample collection in an SLAS microplate format. A liquid handler dispenses aqueous and lipid inputs into the array, then recovers the formulated samples for downstream characterization.
An evaluation includes screening arrays, deep-well plates, a platform-specific automation protocol, and application support. Compatibility depends on deck layout, pipetting configuration, labware, and workflow requirements, so the company reviews each laboratory setup before an initial run.
Source: parallelfluidics.com