Multilayer flasks for cell culture, vented, straight neck


Original price was: 329,25£.Current price is: £164,62.

  • Available capacities: 870 cm2
  • Capacity/volume per layer it is about 30-50 ml
  • Number of layers: 5
  • Two types of caps: with Filter or Plug Seal
  • Individually packed
  • 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)

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More information about the product


PictureSKUGrowth areaA kind of nookType of surfaceLengthWidthHeightSterileDegree of cleanlinessPacking typepcs/packPriceQuantityMagazineCart
Sterile 5-layer filter bottle for adherent TC culture with a PLUG SEAL NEST Scientific Biotechnology cap.SKU: 731001Growth area: 870cm²Nook type: Plug SealSurface type: TC -TreatedLength: 203.6 mmWidth: 120.5 mmHeight: 84.3 mmSterile: YesDegree of cleanliness: DNase/RNase free, Non-PyrogenicPacking type: individuallypcs/pack: 8x1pcs/8pcsPrice: 164,62£
Warehouse: On Request
Sterile 5-layer filter bottle for adherent TC culture with a PLUG SEAL NEST Scientific Biotechnology cap.SKU: 731002Growth area: 870cm²Nook type: Vent CapSurface type: TC -TreatedLength: 203.6 mmWidth: 120.5 mmHeight: 84.3 mmSterile: YesDegree of cleanliness: DNase/RNase free, Non-PyrogenicPacking type: individuallypcs/pack: 8x1pcs/8pcsPrice: 164,62£
Warehouse: On Request

Reliable multilayer flasks for cell cultures

Nest Scientific Biotechnology multilayer cell culture flasks are an innovative laboratory tool that offers greater cell surface area and efficiency compared to traditional single-layer flasks. The main advantage of multilayer flasks is their ability to provide a larger cell culture surface while maintaining the same seeding footprint and density. This allows you to increase the number of cells cultured in one flask, leading to increased efficiency and production in the laboratory.

Application and practicality

Nest Multilayer Cell Culture Flasks are the perfect tool for scaling up existing laboratory protocols. Compatible with standard single-layer flask dimensions, multilayer flasks can be easily integrated into existing infrastructure and automated cell culture systems. You can use these flasks in a variety of applications such as cell culture, biological production, research and other laboratory experiments.


  • Multi-layer design: Cell culture flasks consist of several layers, in this case 5 layers. These layers allow cells to be cultured at different levels simultaneously, increasing culture capacity and efficiency.
  • Vent: The flasks have a vent that allows air to exchange between the external environment and the inside of the flask. This is important because cells need oxygen to grow and function properly. The vent ensures adequate ventilation and maintains optimal conditions for cultured cells.
  • Straight Neck: The flasks have a straight neck that facilitates maVATulation and sampling of the culture. The neck can be equipped with a Plug Seal or filter closure, allowing safe sampling or changing of the culture medium without the risk of contamination.
  • Scalability: Multilayer cell culture flasks are typically designed with scalability in mind. This means they can be easily adapted to larger or smaller farm sizes, depending on your needs. You can combine the flasks into larger sets, creating the so-called multi-chamber systems that enable the simultaneous cultivation of many cell lines.
  • Transparency: The flasks are made of a transparent material, such as polystyrene, which allows the cells to be observed under a microscope without the need to transfer them to another vessel. This makes it easier to monitor cell growth, assess their morphology and observe the effects of experiments.
  • Hygienic: Cell culture flasks are disposable or can be easily disinfected and reused. This ensures hygienic breeding conditions and minimizes the risk of contamination.


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


  • Cell Culture: Multilayer flasks are commonly used to culture various types of cells, such as animal cells, plant cells, or microbial cells. Thanks to their design, they provide a controlled environment for cell growth and multiplication
  • Scientific research: Multilayer flasks are extremely useful for conducting scientific research in the field of cell biology. They make it possible to analyze various factors affecting the growth and functioning of cells, such as the concentration of nutrients, pH, oxygen concentration and temperature.
  • Biological production: They are also used in production processes in biotechnology. They are used to produce biological substances such as recombinant proteins, antibiotics, growth factors and vaccines. The flasks provide a controlled environment in which cells can synthesize and secrete desired substances.
  • Drug Testing: Multilayer flasks are widely used in drug testing and toxicology. They enable the study of the effect of various substances on cells under controlled conditions. The multi-layer design allows for simultaneous testing of different samples and drugs in a single experiment.
  • Tissue Engineering: They are an essential tool in the field of tissue engineering. They allow the cultivation of cells in three-dimensional conditions, enabling the creation of tissue composed of various types of cells. This technology is used in tissue regeneration, cell transplantation and research into new treatment methods.


  • 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)


  • Sterile: YES
  • E-beam sterilization, SAL=10-6. The product was irradiated and released dosimetrically based on ANSI/AAMI/ISO 11137
  • Each production lot is sampled and tested according to standard operating procedures. Appearance Inspection: Qualified. Leak test: qualified. Pipette Fit Test: Qualified. Packaging Inspection: Qualified.