BioFlux 200/EZ

 

BIOFLUX 200 48 WELL LOW SHEAR PLATE (0-20 DYNES/CM2) - 910-0004
Used for biofilms, cell adhesion experiments and lower shear platelet/thrombosis assay 

 
 

BIOFLUX 200 48 WELL HIGH SHEAR PLATE (0-200 DYNES/CM2) - 910-0033
Used for modeling pathological events in the vasculature, ideal for thrombosis and vWF mediated platelet tethering

 
 

BIOFLUX 1000 6 WELL PLATES - 3 ASSAYS - 910-0110
Used for longer runs at high or low shears.  Ideal for cell alignment assays requiring high shear for longer periods of time, slow growing bacteria such as TB or urinary tract infections.

 

BIOFLUX 200 24 WELL PLATE TWO INLETS ONE OUTLET (0-20DYNE/CM2) - 910-0050
Used for invasion assays, chemotaxis, competitive biofilm assays, drug dosing, intra-channel comparisons when both inlets are running, wound healing, and cell adhesion/wash assays. Cannot be used on BioFlux EZ.

BioFlux 1000

 

BIOFLUX 1000 48 WELL LOW SHEAR PLATE (0-20 DYNES/CM2) - 910-0047
Used for biofilms, cell adhesion experiments and lower shear platelet/thrombosis assays 

 

BIOFLUX 1000 48 WELL HIGH SHEAR PLATE (0-200 DYNES/CM2) - 910-0048
Used for modeling pathological events in the vasculature, ideal for thrombosis and vWF mediated platelet tethering

 
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BIOFLUX 200 6 WELL PLATE - 3 ASSAYS - 910-0109
Used for longer runs at high or low shears.  Ideal for cell alignment assays requiring high shear for longer periods of time, slow growing bacteria such as TB or urinary tract infections.

 

BIOFLUX 1000 24 WELL PLATE TWO INLETS ONE OUTLET (0-20DYNE/CM2) - 910-0051
Used for invasion assays, chemotaxis, competitive biofilm assays, drug dosing, intra-channel comparisons when both inlets are running, wound healing, and cell adhesion/wash assays.

 

Purchasing Consumables Online

You can purchase BioFlux Consumables via our online store using your credit card. This service is provided to our North American customers. To access the online store, you need a password. Please contact support@fluxionbio.com for access to the store.

 

For more information about BioFlux systems