2-Lane Flowcell with Microwell Array

BNX 2-Lane Flowcell with Microwell Array and with Pipetting Interface

Precision flowcell with tapered MuWells™ microwell array for multiplexed assays, cell capture, and high-content imaging (COC + EVA with hexagonally packed microwells).

***This is a “beta” product that is for RUO and is an experimental format that can be further developed and adapted to your application.

If you are interested in more information about format, please add to cart and we will contact you.

The MuWells™ microarray substrate combines optical-grade cyclic olefin copolymer (COC) with a high-precision hexagonally packed tapered microwell layer embossed in ethylene-vinyl acetate (EVA). Each slide contains thousands of microscale wells creating a uniform field of confinement ideal for particle sorting, single-cell or bead capture, or multiplexed biochemical reactions. Though invisible to the naked eye, the microwells refract light to produce an iridescent pattern under oblique or top lighting—an optical signature of their consistent geometry.

The flowcell is composed of the microarray substrate, a pressure sensitive adhesive (PSA) fluidic layer

Chip Specs

• Chip Format: 25mm x 75mm (microscope slide size), or custom
• Chip Top: Acrylic (PMMA)
• Inlet Ports: Tapered for for pipetting with up to 200 μL pipette
• Outlet Ports: Tapered for for pipetting with up to 200 μL pipette. Expanded reservoir for fluid collection.
• Fluidic Layer: Acrylic PSA
• Channel Height: 100 um

MuWells Microwell Specs

• Substrate: 1 mm thick optical-grade COC
• Well layer: Thin embossed EVA with 1:1 aspect ratio microwells
• Well geometry: Hexagonally packed, high-density microstructure
• Appearance: Iridescent optical interference pattern visible under light

Available Geometry Options:

Applications: Single-cell capture, droplet patterning, bead confinement, multiplexed ELISA, hydrogel patterning

Engineered for innovation in microscale biology.