Diffusion Cells

PermeGear offers a range of high-quality vertical glass diffusion cells, including the original Franz Cells, Side-Bi-Side Cells, and In-Line Cells, designed to meet diverse research needs in permeation and transport studies. These cells are equipped with precise orifice diameters and customizable volumes to accommodate different experimental setups and sample sizes.

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Diffusion Cells

PermeGear offers a range of high-quality vertical glass diffusion cells, including the original Franz Cells, Side-Bi-Side Cells, and In-Line Cells, designed to meet diverse research needs in permeation and transport studies. These cells are equipped with precise orifice diameters and customizable volumes to accommodate different experimental setups and sample sizes.

FRANZ CELLS

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PermeGear’s In-Line Cells are a flow-type variation of the Franz Cell, offering a small receptor volume for quick and efficient analysis. These cells place the membrane of interest in a horizontal plane and feature donor chambers open to the air, although occluded donor chambers are also available for more controlled conditions. Ideal for continuous diffusion testing, these cells provide a streamlined and compact option for research.

 

The Side-Bi-Side Cells from PermeGear are similar in design to the Franz Cells but allow for side-by-side comparison of different membranes or devices. Standard orifice diameters (5mm to 25mm) and custom sizes are available, offering versatility for various types of diffusion research. These cells are widely used in studies involving transdermal drug delivery and other membrane-related applications.

SIDE-BI-SIDE CELLS

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Key Features

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PermeGear’s In-Line Cells are a flow-type variation of the Franz Cell, offering a small receptor volume for quick and efficient analysis. These cells place the membrane of interest in a horizontal plane and feature donor chambers open to the air, although occluded donor chambers are also available for more controlled conditions. Ideal for continuous diffusion testing, these cells provide a streamlined and compact option for research.