Microfluidic bioprintingManufacturer image: FluicellFluicell Biopixlar AER
Microfluidic cell-deposition platform for arranging cells into three-dimensional research constructs.
Source reviews: 2026-10-16.
Specifications are reported claims, not independent test results.
The details that matter.
Published specifications for this model. Follow a field's source for its configuration and measurement conditions; older fields refer to the profile's reference list.
| Introduction year | Not verified |
|---|---|
| Model family | Not verified |
| Process | Microfluidic bioprinting |
| Build envelope (X × Y × Z) | Not verified |
| Nominal box volume | Not verified |
| Enclosure | Not verified |
| Materials cited in this profile | Cells |
| Manufacturer listing status | Manufacturer documentation verified; availability not established |
| Regional stock and price | Check the manufacturer |
| Market grouping | Professional · editorial grouping |
Technical specifications
| Deposition Method | Open-volume microfluidics |
|---|---|
| Cell Types Per Printhead | 3 Simultaneous cell types from one head, not the maximum types in a complete experiment. |
| Carrier Bioink | Not required for direct cell deposition |
| Monitoring | Integrated multicolor fluorescence imaging |
| Platform Configuration | Compact system designed to fit in a biosafety cabinet |
Direct cell positioning
Biopixlar uses microfluidic flow to position cells without requiring a carrier bioink or a crosslinking step.
Experimental setup
One printhead handles up to three cell types; changing heads permits further types. AER packages the technology into a compact instrument for cabinet-based work.
Explore the model family.
Introduction year has not been established from the reviewed source.
Explore Fluicell through the generationsRead this with the specifications
Model identity and process documented by the manufacturer. No rectangular build envelope or launch year is inferred.
A larger nominal envelope does not establish better print quality. Fit depends on the configuration, usable area, supports, and orientation.
