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JET Bio-Filtration Bio-Filtration Tissue Culture Dishes Ultra-Low Adsorption Surface, Sterile, Pack Of 80

Ø

Specifications

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Ø
60 mm
Material
PS
Pyrogen free
Yes
RNase/ DNase-free
Yes
Sterile
Yes
UNSPSC
41122107

R 6,476.80

Inc. VAT

Available soon

Product description

The JET Bio-Filtration Bio-Filtration Tissue Culture Dishes Ultra-Low Adsorption Surface, Sterile, Pack Of 80 are designed for advanced three-dimensional (3D) cell culture applications, including spheroid and organoid models. The specially treated 3DSphearo™ Ultra-Low Adsorption surface provides strong anti-protein adsorption and anti-cell adhesion properties, promoting suspension growth and enabling fast, consistent, and reproducible spheroid formation for drug screening, in vitro tumour research, and stem cell studies.

Key Features:

  • Brand: JET Bio-Filtration Bio-Filtration
  • Surface Type: 3DSphearo™ Ultra-Low Adsorption
  • Application: Spheroid and organoid culture
  • Biocompatibility: Non-cytotoxic, biologically inert, and non-degradable
  • Purity: DNase/RNase-free and pyrogen-free
  • Sterility: Sterile
  • Packaging: Pack of 80

These tissue culture dishes provide a reliable platform for reproducible 3D cell culture experiments in research and pharmaceutical laboratories.

Compare similar models

Tissue Culture Dishes Ultra-low Adsorption Surface sterile, pack of 80

Manufacturer P/N

TCD030060

Part Number

4.696 984

Manufacturer

Jet Bio-Filtration

Ø

60 mm

Tissue Culture Dishes Ultra-low Adsorption Surface sterile, pack of 80

Manufacturer P/N

TCD030100

Part Number

4.696 985

Manufacturer

Jet Bio-Filtration

Ø

100 mm

Frequently asked questions

It are designed for advanced three-dimensional (3D) cell culture applications, including spheroid and organoid models. The specially treated 3DSphearo™ Ultra-Low Adsorption surface provides strong anti-protein adsorption and anti-cell adhesion properties, promoting suspension growth and enabling fast, consistent, and reproducible spheroid formation for drug screening, in vitro tumour research, and stem cell studies.

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R 6,476.80

Inc. VAT

MoQ (5)x(5)