Life Science

Made of high clarity, 100% virgin polystyrene. Sterilized by E-beam, SAL=10-6. Non-Pyrogenic, Dnase/Rnase free. Frosted writing and clear graduations. Notched bottom for slip free stacking. Clear lot number for batch traceability. Packaged in sterile, zip-sealable bags. (100 per CS )

High clarity, 100% virgin polystyrene. Flat transparent surface for distortion-free observation. Vacuum plasma TC treatment, excellent cell adherence. Stackable for easy storage and handling. Sterilized by E-beam, SAL=10-6. Non-Pyrogenic, Dnase/Rnase free. (500 per CS )

Sterilized by E-beam, SAL=10-6. High clarity, 100% virgin polystyrene. “TC” refers to vacuum plasma tissue culture treatment. Clear lot number for batch traceability. Markings of well coordinates available for 12, 24, 48, 96 and 384 well plates. Non-Pyrogenic, Dnase/Rnase free. (100 per CS )

Sterile L-Spreader, using medical PS; Sterilized by EO Smooth and flat surface that solves problems such as contamination or uneven application of spread plate in bio-labs; Length of handle: 144mm, diagram of spreading: 33mm, suitable for 3.5cm, 6cm, 9cm, 10cm petri dishes and etc. Ideal for spreading cells or bacteria evenly in the culture dish. (2000 per CS )

Made of high clarity, 100% virgin polystyrene. Sterilized by E-beam, SAL=10-6. Non-Pyrogenic, Dnase/Rnase free. Frosted writing and clear graduations. Notched bottom for slip free stacking. Clear lot number for batch traceability. Packaged in sterile, zip-sealable bags. (100 per CS )

Sterilized by E-beam, SAL=10-6. High clarity, 100% virgin polystyrene. “TC” refers to vacuum plasma tissue culture treatment. Clear lot number for batch traceability. Markings of well coordinates available for 12, 24, 48, 96 and 384 well plates. Non-Pyrogenic, Dnase/Rnase free. (50 per CS )

PC bottle or PEFG bottle Sterilized by E-Beam Nonpyrogenic Individually wrapped in a plastic bag. Both vent caps and plug seal caps are available. Vent caps with 0.22um hydrophobic filters for gas exchange without contamination. (12 per CS )

Made of high clarity, 100% virgin polystyrene. Sterilized by E-beam, SAL=10-6. Non-Pyrogenic, Dnase/Rnase free. Frosted writing and clear graduations. Notched bottom for slip free stacking. Clear lot number for batch traceability. Packaged in sterile, zip-sealable bags. (200 per CS )

USP VI grade polypropolyne material, free from heavy metal RCF: 30000 x g Endotoxin level: <0.1EU Clear graduations and frosted marking area Special safe lock cap design provides secure lid sealing Easy opening and closing Temperature range: -80 to +121 DNase/RNase free Tubes are autoclavable at 121C (250F), under 15psi for 10–15 minutes with drying. Remove from autoclave immediately. Excessive exposure to autoclaving heat may cause warping or decreased structural integrity. Also available as pre-sterilized (1250 per CS )

Used high quality, imported PP material for high stability, ensuring no chemical reactions with test reagents. Compatible with DMSO and inert to water. Can be stored under subzero temperature from -40 to -80 . Maximum sustainable centrifuge force 4000g. Autoclavable at 20Psi, 121 for 20 minutes, great heating uniformity. Minimum residual liquid, low heavy metal content. Certified DNase/RNase and Pyrogen Free. Conformed to international SBS Standards. Good flatness and can be transported for long distance after sealing by heat sealable film. Produced and packed in Class 100,000 clean workshop. Alphabetical sorting and cut angle mark for convenient tracking of samples. Each package has a separate article number/batch number identification, facilitating the quality tracking. (100 per CS )

Sterilized by E-beam, SAL=10-6. High clarity, 100% virgin polystyrene. “TC” refers to vacuum plasma tissue culture treatment. Clear lot number for batch traceability. Markings of well coordinates available for 12, 24, 48, 96 and 384 well plates. Non-Pyrogenic, Dnase/Rnase free. (50 per CS )

Sterilized by E-beam, SAL=10-6. High clarity, 100% virgin polystyrene. “TC” refers to vacuum plasma tissue culture treatment. Clear lot number for batch traceability. Markings of well coordinates available for 12, 24, 48, 96 and 384 well plates. Non-Pyrogenic, Dnase/Rnase free. (100 per CS )

Printed Graduations (with marking area) Polypropylene tube and high density polyethylene cap High centrifugal strength - up to 10,000 x g Flat markable cap with leakproof seal One-hand operation design for the caps provides easy handling Sterilized by E-Beam DNase, RNase and pyrogen free (50 per CS )

USP VI grade polypropolyne material, free from heavy metal RCF: 30000 x g Endotoxin level: <0.1EU Clear graduations and frosted marking area Special safe lock cap design provides secure lid sealing Easy opening and closing Temperature range: -80 to +121 DNase/RNase free Tubes are autoclavable at 121C (250F), under 15psi for 10–15 minutes with drying. Remove from autoclave immediately. Excessive exposure to autoclaving heat may cause warping or decreased structural integrity. Also available as pre-sterilized (1250 per CS )

Sterilized by E-beam, SAL=10-6. High clarity, 100% virgin polystyrene. “TC” refers to vacuum plasma tissue culture treatment. Clear lot number for batch traceability. Markings of well coordinates available for 12, 24, 48, 96 and 384 well plates. Non-Pyrogenic, Dnase/Rnase free. (100 per CS )

This product is easy to open and close, and can effectively seal the deep well plate, which is convenient for operation and saves time.Good sealing performance can prevent the volatilization of a variety of solvents.Withstand a wide temperature range (- 50 - 200 ) and is suitable for various experiments.Excellent chemical corrosion resistance and is used for low-temperature preservation.The pre-opening design allows the pipette tip to enter the hole without damage to the silicone sealing mat cover. (100 per CS )

Nest BioFactory™ Systems are compact, multi-layer, single-use cell culture sy (6 per CS )

Cell and tissue culture technologies have an increasing importance in the fields of basic and applied life science. New culture vessels and new surfaces for cell adsorption are continuously emerging, in order to simulate the internal environment as much as possible for culture of some special cell lines. Logically, using permeable supports with a microporous membrane becomes the basic method for culturing these cells. Permeable supports may effectively improve the culture of polar cells, because these supports allow cells to secrete on and absorb molecules from their basal and apical surfaces to metabolize in a more natural way, as well as to stimulate the in vivo environment to the maximum extent for culturing of some special cell lines. (24 per CS )

50 ml Mini Bio Reactor Tubes ,PP/HDPE, Sterile, 10/pack, 100/cs (100 per CS )

PC bottle or PEFG bottle Sterilized by E-Beam Nonpyrogenic Individually wrapped in a plastic bag. Both vent caps and plug seal caps are available. Vent caps with 0.22um hydrophobic filters for gas exchange without contamination. (4 per CS )

Printed Graduations (with marking area) Polypropylene tube and high density polyethylene cap High centrifugal strength - up to 10,000 x g Flat markable cap with leakproof seal One-hand operation design for the caps provides easy handling Sterilized by E-Beam DNase, RNase and pyrogen free (50 per CS )

Made of high clarity, 100% virgin polystyrene. Sterilized by E-beam, SAL=10-6. Non-Pyrogenic, Dnase/Rnase free. Frosted writing and clear graduations. Notched bottom for slip free stacking. Clear lot number for batch traceability. Packaged in sterile, zip-sealable bags. (40 per CS )

Cell and tissue culture technologies have an increasing importance in the fields of basic and applied life science. New culture vessels and new surfaces for cell adsorption are continuously emerging, in order to simulate the internal environment as much as possible for culture of some special cell lines. Logically, using permeable supports with a microporous membrane becomes the basic method for culturing these cells. Permeable supports may effectively improve the culture of polar cells, because these supports allow cells to secrete on and absorb molecules from their basal and apical surfaces to metabolize in a more natural way, as well as to stimulate the in vivo environment to the maximum extent for culturing of some special cell lines. (120 per CS )

Cell and tissue culture technologies have an increasing importance in the fields of basic and applied life science. New culture vessels and new surfaces for cell adsorption are continuously emerging, in order to simulate the internal environment as much as possible for culture of some special cell lines. Logically, using permeable supports with a microporous membrane becomes the basic method for culturing these cells. Permeable supports may effectively improve the culture of polar cells, because these supports allow cells to secrete on and absorb molecules from their basal and apical surfaces to metabolize in a more natural way, as well as to stimulate the in vivo environment to the maximum extent for culturing of some special cell lines. (48 per CS )