Sterile modified cell culture flasks

Nest

90,32£ - 135,55£

  • Available capacities: 50ml/ 25 cm2, 250ml/ 75 cm2, 750ml/ 175 cm2, 950ml/ 225cm2
  • Two types of cap: with Filter or Plug Seal
  • Packed in sterile bags, closed with a zipper
  • Dedicated to adherent cell culture
  • Made of non-toxic USP VI grade high strength polystyrene
  • 100% virgin high transparency polystyrene
  • Plasma treatment under vacuum conditions, which results in the creation of a hydrophilic, negatively charged cell growth surface
  • Equipped with a place for description and a clear scale
  • The proper design ensures easy closing and opening
  • Full automation of production and clean room conditions
  • E-Beam Sterilization, SAL 10-6
  • Sterile, non-pyrogenic, non-cytotoxic, free of DNase, RNase and human DNA
  • Certified DNase-, RNase- and Pyrogen free
  • Medical device for In Vitro diagnostics in accordance with Regulation 2017/746 (hereinafter: IVDR)

Download the PDF data sheet

ORDER - SELECTED VARIANTS

PictureSKUType of surfaceA kind of nookGrowth areaCapacityworking volumeCompositionSterileDegree of cleanlinesspcs/packDinnerQuantityMagazineCart
SKU: 707003Surface type: TC -TreatedNook type: With FilterGrowth area: 25cm²Capacity: 50 mlworking volume: 5-7.5mlMaterial: PS-polystyreneSterile: YesDegree of cleanliness: DNase/RNase free, Non-Pyrogenicpcs/pack: 10x20pcs. /200pcs.Price: 120,47£
Warehouse: In stock
SKU: 708003Surface type: TC -TreatedNook type: With FilterGrowth area: 75cm²Capacity: 250 mlworking volume: 15-22.5mlMaterial: PS-polystyreneSterile: YesDegree of cleanliness: DNase/RNase free, Non-Pyrogenicpcs/pack: 20x5pcs. /100pcs.Price: 135,55£
Warehouse: In stock
SKU: 709003Surface type: TC -TreatedNook type: With FilterGrowth area: 175cm²Capacity: 750 mlworking volume: 35-52.5mlMaterial: PS-polystyreneSterile: YesDegree of cleanliness: DNase/RNase free, Non-Pyrogenicpcs/pack: 8x5pcs. /40pcs.Price: 105,40£
Warehouse: In stock
SKU: 721003Surface type: TC -TreatedNook type: With FilterGrowth area: 225cm²Capacity: 950 mlworking volume: 45-67.5mlMaterial: PS-polystyreneSterile: YesDegree of cleanliness: DNase/RNase free, Non-Pyrogenicpcs/pack: 5x5pcs. /25pcs.Price: 90,32£
Warehouse: In stock
SKU: 707001Surface type: TC -TreatedNook type: Plug SealGrowth area: 25cm²Capacity: 50 mlworking volume: 5-7.5mlMaterial: PS-polystyreneSterile: YesDegree of cleanliness: DNase/RNase free, Non-Pyrogenicpcs/pack: 10x20pcs. /200pcs.Price: 120,47£
Warehouse: In stock
SKU: 708001Surface type: TC -TreatedNook type: Plug SealGrowth area: 75cm²Capacity: 250 mlworking volume: 15-22.5mlMaterial: PS-polystyreneSterile: YesDegree of cleanliness: DNase/RNase free, Non-Pyrogenicpcs/pack: 20x5pcs. /100pcs.Price: 135,55£
Warehouse: In stock
SKU: 709001Surface type: TC -TreatedNook type: Plug SealGrowth area: 175cm²Capacity: 750 mlworking volume: 35-52.5mlMaterial: PS-polystyreneSterile: YesDegree of cleanliness: DNase/RNase free, Non-Pyrogenicpcs/pack: 8x5pcs. /40pcs.Price: 105,40£
Warehouse: In stock
SKU: 721001Surface type: TC -TreatedNook type: Plug SealGrowth area: 225cm²Capacity: 950 mlworking volume: 45-67.5mlMaterial: PS-polystyreneSterile: YesDegree of cleanliness: DNase/RNase free, Non-Pyrogenicpcs/pack: 5x5pcs. /25pcs.Price: 90,32£
Warehouse: In stock

Sterile modified cell culture bottles – the perfect solution from Nest Scientific Biotechnology

Nest Scientific Biotechnology's modified sterile cell culture bottles are an excellent choice for laboratories and research facilities that focus on the highest quality and functionality. These innovative bottles have been designed with the needs of researchers in mind, providing optimal conditions for cell culturing. They feature a specially designed surface that increases cell adhesion, allowing for better growth and development. The bottles are made of high-quality USP medical grade polystyrene, which guarantees their durability, transparency and resistance to chemicals. Each bottle is sterilely packed to provide full protection against contamination, making them an indispensable tool in precise scientific research. If you are looking for products that meet the most demanding standards, these bottles will be the perfect solution. Learn more about our offer here.

Why choose Nest Scientific Biotechnology modified sterile cell culture bottles

Nest Scientific Biotechnology modified cell culture bottles feature a well-thought-out design that supports the efficiency of laboratory research. Thanks to the unique design of the “plug seal” neck, they provide easy and safe closing, which minimizes the risk of leaks. Additionally, the wide bottom of the bottle allows for even distribution of culture media, which translates into better gas circulation and more stable culture conditions. This product is compatible with most commonly used cell culture systems, making it a versatile tool in molecular and cellular biology laboratories. For those interested in expanding their knowledge about cell culture, we also invite you to visit our blog here.

Technical specifications of Nest Scientific Biotechnology engineered cell culture bottles

Nest Scientific Biotechnology’s modified sterile cell culture bottles are available in 150 ml, 250 ml and 500 ml sizes to suit a variety of experimental requirements. The bottle surface has been modified to improve cell adhesion, which is essential for culturing many types of mammalian cells. Additionally, each product is sterile and pyrogen-free, DNase-free and RNase-free, eliminating the potential risk of contamination. Each bottle is individually packaged to ensure its impeccable condition from production to delivery to the customer. Details on available variants and applications can be found in the products section here.

FEATURES

  • Material: Cell culture bottles made of polystyrene. The choice of material depends on the requirements of the experiment. Polystyrene bottles are most commonly used due to their low price and ease of obtaining.
  • Capacity: Cell culture bottles are available in various capacities, from 25 ml to 1000 ml. The choice of capacity depends on the number of cells we want to grow.
  • Shape: Cell culture bottles can come in a variety of shapes, including cylindrical, conical, or flat. The shape of the bottle affects the way the cells are arranged and the rate of gas exchange.
  • Surface: The surface of cell culture bottles treated with plasma under vacuum conditions, which results in the creation of a hydrophilic, negatively charged cell growth surface that helps cells attach to the surface. They have hydrophobic coatings that prevent condensate drops from adhering to the bottle surface.
  • Lid: Cell culture bottle lids are usually made of polystyrene or polypropylene and have holes that allow outside air to exchange. Some bottles also have special filters that prevent bacterial contamination.
  • Sterility: Cell culture bottles must be completely sterile before use. Typically, the bottles are individually wrapped and sterilized using UV radiation or autoclaving.

RANGES

  • Temperature range: room
  • Shelf life: 3 years from the date of manufacture (make sure the packaging is in good condition)

USAGE

Cell culture bottles are widely used in cell culture for in vitro research. They can be used as a tool to grow and reproduce various types of cells, such as stem cells, cancer cells or animal cells. Below are some uses for bottles in cell culture:

  • Cultivation of cell cultures: Bottles are commonly used for culturing cell cultures. They can be used for cell culture on both small and large scales. Bottles can be coated with various coatings, such as hydrophobic or hydrophilic coatings, which facilitate cell adhesion to the bottle walls.
  • Toxicity testing: Cell culture bottles can also be used to test the toxicity of various substances on cells. Cells grown in bottles can be exposed to chemicals and then assessed for morphological and functional changes.
  • Cancer research: Culture bottles are also used in cancer research. Cancer cells grown in bottles can be used to study the mechanisms of cancer development and to test new drugs and therapies.
  • Neurodegenerative disease research: Culture bottles can also be used for research into neurodegenerative diseases such as Alzheimer's disease and Parkinson's disease. Brain cells grown in bottles can be used to study disease mechanisms and to test new drugs and therapies.
  • Production of recombinant proteins: Culture containers are also used in the production of recombinant proteins. Cells grown in bottles can be genetically modified to produce specific proteins, which can then be used in medicine or the pharmaceutical industry.

CERTIFICATES

  • Manufactured in accordance with EN ISO 20417:2021, EN ISO 15223-1:2016, EN ISO 18113-1:2011, EN ISO 14971:2019
  • The in vitro diagnostic medical device complies with Regulation 2017/746 (hereinafter: IVDR)

STERILIZATION

E-beam sterilization, SAL=10-6. The product has been irradiated and released dosimetrically based on ANSI/AAMI/ISO 11137.