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Showing 37–42 of 135 results
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Deep-well Plates
Introduction
Product Information
Cell and tissue culture flasks are the most suitable culture vessels for long-term and large-scale laboratory cell culture while preventing contamination. The surface untreated flasks are suitable for suspension cells culture, while those with a TC-treated surface are suitable for common adherent cell lines due to the excellent hydrophilicity of the polystyrene surface. The CellATTACH® superhydrophilic treated surface represents a technical advancement that improves the adhesion and growth of difficult-to-nourish cells, primary cells and transfection cell lines under low serum/serum-free conditions.Features
* Various treated surfaces are suitable for different culture needs
* The hydrophobic vent cap ensures continuous ventilation, and the plug seal cap enables air circulation by rotating 1/4 of its full range
* The tilted bottleneck facilitates easy access of pipets and cell scrapers
* Low profile design supports effective use of the internal space of the incubator when stacked
* The frosted area near the bottleneck can be written on
* Volume graduations molded on both sides
* 100% tested for production line leakage
* Lot No. on the bottom of each flask and package bag for quality traceability
* Sterilized by irradiation, SAL 10-6
* DNase/RNase free, non-pyrogenic and non-cytotoxic -
Dispenser
Introduction
Product Information
Cell and tissue culture flasks are the most suitable culture vessels for long-term and large-scale laboratory cell culture while preventing contamination. The surface untreated flasks are suitable for suspension cells culture, while those with a TC-treated surface are suitable for common adherent cell lines due to the excellent hydrophilicity of the polystyrene surface. The CellATTACH® superhydrophilic treated surface represents a technical advancement that improves the adhesion and growth of difficult-to-nourish cells, primary cells and transfection cell lines under low serum/serum-free conditions.Features
* Various treated surfaces are suitable for different culture needs
* The hydrophobic vent cap ensures continuous ventilation, and the plug seal cap enables air circulation by rotating 1/4 of its full range
* The tilted bottleneck facilitates easy access of pipets and cell scrapers
* Low profile design supports effective use of the internal space of the incubator when stacked
* The frosted area near the bottleneck can be written on
* Volume graduations molded on both sides
* 100% tested for production line leakage
* Lot No. on the bottom of each flask and package bag for quality traceability
* Sterilized by irradiation, SAL 10-6
* DNase/RNase free, non-pyrogenic and non-cytotoxic -
Disposable Sampling Tubes
Introduction
Product Information
Cell and tissue culture flasks are the most suitable culture vessels for long-term and large-scale laboratory cell culture while preventing contamination. The surface untreated flasks are suitable for suspension cells culture, while those with a TC-treated surface are suitable for common adherent cell lines due to the excellent hydrophilicity of the polystyrene surface. The CellATTACH® superhydrophilic treated surface represents a technical advancement that improves the adhesion and growth of difficult-to-nourish cells, primary cells and transfection cell lines under low serum/serum-free conditions.Features
* Various treated surfaces are suitable for different culture needs
* The hydrophobic vent cap ensures continuous ventilation, and the plug seal cap enables air circulation by rotating 1/4 of its full range
* The tilted bottleneck facilitates easy access of pipets and cell scrapers
* Low profile design supports effective use of the internal space of the incubator when stacked
* The frosted area near the bottleneck can be written on
* Volume graduations molded on both sides
* 100% tested for production line leakage
* Lot No. on the bottom of each flask and package bag for quality traceability
* Sterilized by irradiation, SAL 10-6
* DNase/RNase free, non-pyrogenic and non-cytotoxic -
EasyFlip™ 1.5 mL Micro Centrifuge Tubes
Introduction
Product Information
Cell and tissue culture flasks are the most suitable culture vessels for long-term and large-scale laboratory cell culture while preventing contamination. The surface untreated flasks are suitable for suspension cells culture, while those with a TC-treated surface are suitable for common adherent cell lines due to the excellent hydrophilicity of the polystyrene surface. The CellATTACH® superhydrophilic treated surface represents a technical advancement that improves the adhesion and growth of difficult-to-nourish cells, primary cells and transfection cell lines under low serum/serum-free conditions.Features
* Various treated surfaces are suitable for different culture needs
* The hydrophobic vent cap ensures continuous ventilation, and the plug seal cap enables air circulation by rotating 1/4 of its full range
* The tilted bottleneck facilitates easy access of pipets and cell scrapers
* Low profile design supports effective use of the internal space of the incubator when stacked
* The frosted area near the bottleneck can be written on
* Volume graduations molded on both sides
* 100% tested for production line leakage
* Lot No. on the bottom of each flask and package bag for quality traceability
* Sterilized by irradiation, SAL 10-6
* DNase/RNase free, non-pyrogenic and non-cytotoxic -
EasyFlip™ Centrifuge Tubes
Introduction
Product Information
Cell and tissue culture flasks are the most suitable culture vessels for long-term and large-scale laboratory cell culture while preventing contamination. The surface untreated flasks are suitable for suspension cells culture, while those with a TC-treated surface are suitable for common adherent cell lines due to the excellent hydrophilicity of the polystyrene surface. The CellATTACH® superhydrophilic treated surface represents a technical advancement that improves the adhesion and growth of difficult-to-nourish cells, primary cells and transfection cell lines under low serum/serum-free conditions.Features
* Various treated surfaces are suitable for different culture needs
* The hydrophobic vent cap ensures continuous ventilation, and the plug seal cap enables air circulation by rotating 1/4 of its full range
* The tilted bottleneck facilitates easy access of pipets and cell scrapers
* Low profile design supports effective use of the internal space of the incubator when stacked
* The frosted area near the bottleneck can be written on
* Volume graduations molded on both sides
* 100% tested for production line leakage
* Lot No. on the bottom of each flask and package bag for quality traceability
* Sterilized by irradiation, SAL 10-6
* DNase/RNase free, non-pyrogenic and non-cytotoxic -
ELISA Plates
Introduction
Product Information
Cell and tissue culture flasks are the most suitable culture vessels for long-term and large-scale laboratory cell culture while preventing contamination. The surface untreated flasks are suitable for suspension cells culture, while those with a TC-treated surface are suitable for common adherent cell lines due to the excellent hydrophilicity of the polystyrene surface. The CellATTACH® superhydrophilic treated surface represents a technical advancement that improves the adhesion and growth of difficult-to-nourish cells, primary cells and transfection cell lines under low serum/serum-free conditions.Features
* Various treated surfaces are suitable for different culture needs
* The hydrophobic vent cap ensures continuous ventilation, and the plug seal cap enables air circulation by rotating 1/4 of its full range
* The tilted bottleneck facilitates easy access of pipets and cell scrapers
* Low profile design supports effective use of the internal space of the incubator when stacked
* The frosted area near the bottleneck can be written on
* Volume graduations molded on both sides
* 100% tested for production line leakage
* Lot No. on the bottom of each flask and package bag for quality traceability
* Sterilized by irradiation, SAL 10-6
* DNase/RNase free, non-pyrogenic and non-cytotoxic
