Phone Number
+91 9108788989
Email
contact@biostarlifetech.com

Closed System for Media Bottles

Closed System for Media Bottles

Specifications of matching media bottle: 250 mL 500 mL 1000 mL 2000 mL
Type of tube connector: MPC connector  FLL connector  Heat-sealing Port
Specifications of matching tubing: Two-port  Three-port
Packaging: Double-layer outer medical packaging

Product Information

In the industrial production of biological products, reducing the potential risk of contamination during processes such as liquid transfer and sampling is crucial. Pairing media bottles with sterile transfer caps and tubing systems can effectively prevent contamination issues associated with open operations.
Jet Biofil has introduced Closed System for media bottles, made from USP Class VI-compliant materials, manufactured in GMP-standard cleanrooms. Products have extremely low extractable levels and excellent biosafety, suitable for fluid supplementation and low-temperature storage during the processes of cell & gene therapy, antibody and vaccine biopharmaceutical R&D. They enable fully enclosed aseptic liquid transfer, minimizing contamination risk to the greatest extent.

Customization Service

 

All Close System Solutions can be customized accordingly

Closed System for Media Bottles Features

Features
Crafted by materials comply with the USP Class VI standards with extremely low extractable levels and excellent biosafety
Injection molded transfer cap combines pinch clamp on inlet/outlet tubing to reduce the risk of leaks and residue
0.22µm PTFE syringe filter balances the internal and external pressure during liquid transfer while maintaining sterility
Features
Inner tube can be extended to the bottom to ensure complete transfer
Multiple tubing types and connectors are available to meet various pipeline connection requirements
Working temperature range: -80~60℃
Sterilized by irradiation, SAL 10-6; DNase/RNase-free, non-pyrogenic, non-cytotoxic

Material

Bottle

Polyethylene Terephthalate Glycol(PETG)

Bottle cap

High-Density Polyethylene (HDPE)

Inner tube

Polytetrafluoroethylene (PTFE)

Outer thermoplastic tube

Thermoplastic Elastomer (TPE)

FLL connector

Polypropylene (PP)

Male MPC connector

Polycarbonate (PC)

Filter housing

Polypropylene (PP)

Filter membrane

Polytetrafluoroethylene (PTFE)

Conforming to USP Class VI standards

Order Information

Cell and Tissue Culture Flasks , Non-treated

Cell and Tissue Culture Flasks, TC-treated

Cat. No.Volume(mL)Culture Surface Area(cm²)Type of CapRecommended Working Volume(mL)Maximum Working Volume(mL)Length(mm)Width(mm)Height(mm)Botte Neck Diameter(mm)SterileQty. Per BagQty. Per Case
TCF0110252512.5Plug Seal2.5-3.88.073.740.422.814.2Y10200
TCF0120252512.5Vent2.5-3.88.073.740.422.814.2Y10200
TCF0110505025.0Plug Seal5.0-7.517.592.949.529.118.2Y10200
TCF0120505025.0Vent5.0-7.517.592.949.529.118.2Y10200
TCF01125025075.0Plug Seal15.0-22.560.0152.581.535.225.0Y5100
TCF01225025075.0Vent15.0-22.560.0152.581.535.225.0Y5100
TCF011150375150.0 (U-shaped)Plug Seal30.0-45.0140.0199.7111.3111.325.6Y550
TCF022150375150.0 (U-shaped)Vent30.0-45.0140.0199.7111.3111.325.6Y550
TCF011175600175.0Plug Seal35.0-52.5250.0199.9122.749.225.7Y550
TCF012175600175.0Vent35.0-52.5250.0199.9122.749.225.7Y550
TCF011600600182.0Plug Seal36.4-54.6125.0219.3115.738.329.5Y540
TCF012600600182.0Vent36.4-54.6125.0219.3115.738.329.5Y540
TCF111600600182.0 (Extended)Plug Seal36.4-54.6200.0219.3115.749.529.5Y540
TCF112600600182.0 (Extended)Vent36.4-54.6200.0219.3115.749.529.5Y540
TCF011225850225.0Plug Seal60.0-90.0400.0221.9137.249.525.7Y525
TCF012225850225.0Vent60.0-90.0400.0221.9137.249.525.7Y525
TCF011850850300.0Plug Seal60.0-90.0200.0269.2166.047.029.5Y318
TCF012850850300.0Vent60.0-90.0200.0269.2166.047.029.5Y318

CellATTACH® Cell and Tissue Culture Flasks

Cat. No.Volume(mL)Culture Surface Area(cm²)Type of CapMaximum Working Volume(mL)Length(mm)Width(mm)Height(mm)Botte Neck Diameter(mm)SterileQty. Per BagQty. Per Case
TCF0010252512.5Plug Seal8.073.740.422.814.2Y10200
TCF0020252512.5Vent8.073.740.422.814.2Y10200
TCF0010505025.0Plug Seal17.592.949.529.118.2Y10200
TCF0020505025.0Vent17.592.949.529.118.2Y10200
TCF00125025075.0Plug Seal60.0152.581.535.225.0Y5100
TCF00225025075.0Vent60.0152.581.535.225.0Y5100
TCF001150375150.0 (U-shaped)Plug Seal140.0199.7111.3111.325.6Y58
TCF002150375150.0 (U-shaped)Vent140.0199.7111.3111.325.6Y550
TCF001175600175.0Plug Seal250.0199.9122.749.225.7Y550
TCF002175600175.0Vent250.0199.9122.749.225.7Y550
TCF001600600182.0Plug Seal125.0219.3115.738.329.5Y540
TCF002600600182.0Vent125.0219.3115.738.329.5Y540
TCF101600600182.0 (Extended)Plug Seal200.0219.3115.749.529.5Y540
TCF102600600182.0 (Extended)Vent200.0219.3115.749.529.5Y540
TCF001225850225.0Plug Seal400.0221.9137.249.525.7Y525
TCF002225850225.0Vent400.0221.9137.249.525.7Y525
TCF001850850300.0Plug Seal200.0269.2166.047.029.5Y318
TCF002850850300.0Vent200.0269.2166.047.029.5Y318

Frequently Asked Questions

Size information of commonly used microwell plates?
The well plate size of this series conforms to ANSI/SBS well plate size standard, American National Standards Institute (ANSI ) and Society for Biomolecular Sciences (SBS, now affiliated to the Society for Laboratory Automation and Screening ( SLAS))
What is the chemical resistance of microwell plate?
In general, well plates are used for solution and cell culture. If organic solvents are involved, please confirm and verify the well plates according to the specific material of its before use.
What is the range of centrifugal force that the microwell plate can withstand?
We recommend that the centrifugal force not exceed 1,300 g. If there are other treatments affecting the mechanical strength of the well plate before centrifugation, the above suggestions may not be applicable. Please test and verify before use.
Does the deep well plate can be applied to cell culture?
It’s mainly used for sample treatment and preservation. The surface made of polypropylene has not been treated, and we have not tested it for cell culture. So it is recommended that you pre-test for specific applications and conditions before conducting relevant experiments.
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