Product Info

Product Information


3D cell culture in a scaffold of polymer fibres

Mimetix® scaffolds for 3D cell culture are highly porous and mimic the extracellular matrix, providing an ideal environment to support the growth of cells in 3D. They are created by electrospinning the medical grade polymer poly-L-lactide (PLLA) into fibres. The Mimetix® scaffold is highly consistent well-to-well with respect to fibre diameter and pore size, resulting in excellent reproducibility of cell-based assays.

Mimetix® has been validated with a number of primary cells, cell lines and stem cells and is available in a range of ready to use, sterile laboratory consumable formats.


Plate Features

Why use 3D models in drug discovery?

Cells grown in a 3D micro-environment look and behave more like cells in human tissues than those cultured in 2D. They are in contact with other cells and produce extracellular matrix, which influences tissue-specific gene expression, cell growth, and the uptake and metabolism of drugs. 3D cell-based in vitro assays can provide more realistic data on the efficacy of drug candidates against tumour cells or their toxicity, and could potentially reduce the risk of failure in expensive clinical trials.

MCF7 breast cancer cells growing within the Mimitex® scaffold

Mimetix® Multi-Well Plate

The 96 well plate is based on the successful Vision Plate™ range with superior optical clarity of the base and laser welding technology to weld bases to the frame with minimal base distortion and no use of cytotoxic glues. It contains the Mimetix® scaffold laser-welded into the base, and is designed to be compatible with industry standard for automated handling and imaging equipment. The plate is available in fibre diameters of 4 μm, corresponding to pore sizes of 15-31 μm at a scaffold thickness of 50 μm. It is supplied gamma-irradiated in individually sealed plastic wrapping.






4ti-0250/4 Mimetix® Multi-Well 96 well plate, with fibres of 4 µm diameter, sterile, lidded 8

Sealing Options

Related Products