Cell Culture Shake Flasks

Kelabscience supplies sterile, individually packaged cell culture shake flasks for suspension cell cultivation, orbital shaking, and laboratory-scale cell expansion. Available nominal capacities range from 125 mL to 5 L, with PETG or polycarbonate (PC) material options, vented or sealed caps, and selected plain-bottom or baffled-bottom configurations. Contact us for specifications and bulk quotations.

Product Info

Kelabscience supplies cell culture shake flasks for suspension cell cultivation, routine orbital shaking, and laboratory-scale cell expansion. We work with laboratories, research organizations, and distributors to source suitable Erlenmeyer-style culture flasks according to their target culture volume, preferred material, bottom design, cap type, and procurement requirements.

Our range covers seven nominal capacities: 125 mL, 250 mL, 500 mL, 1 L, 1.5 L, 3 L, and 5 L. Customers can choose PETG or polycarbonate (PC) material options and request vented or sealed screw caps. Sterile flasks are supplied individually packaged. Availability of specific material, cap, and bottom configurations will be confirmed based on customer requirements before quotation.

The conical flask body and broad base are suited to orbital shaking workflows. Clear plastic construction makes it easier to observe culture medium and liquid movement. Available bottom configurations include conventional plain-bottom designs and baffled-bottom options for selected sizes, allowing customers to select different mixing characteristics as appropriate for the intended culture system.

Available Product Configurations

  • Nominal capacities: 125 mL, 250 mL, 500 mL, 1 L, 1.5 L, 3 L, and 5 L.

  • Material options: PETG and polycarbonate (PC).

  • Bottom designs: Plain bottom; baffled bottom can be sourced for selected sizes upon request.

  • Closure options: Vented or sealed screw caps according to gas-exchange and handling needs.

  • Sterility and packaging: Sterile; individually packaged.

  • Ordering: Configuration and supply availability are confirmed for each inquiry.

Cell Culture Applications

Shake flasks are used for suspension culture workflows in which orbital agitation supports mixing and keeps cells or other biological material dispersed in the medium. Nominal capacity is not the same as recommended working volume; fill volume should be selected with reference to flask geometry, shaking speed, shaker orbit, cell type, and oxygen-transfer requirements. Plain and baffled bottoms can behave differently under the same shaking conditions, and baffled flasks are not automatically preferable for shear-sensitive cultures.

Bulk Supply and Procurement Support

At Kelabscience, we help laboratories and distributors compare capacity, PETG or PC material, bottom structure, cap configuration, and purchasing quantities. Please share your preferred nominal capacity, intended cultivation workflow, material, cap type, bottom design, and expected order quantity. We will review compatible configurations, confirm relevant product and packaging details, and prepare a quotation.

For laboratories sourcing additional culture vessel formats, explore our cell culture consumables range.

Key Features

  • Seven nominal capacities: 125 mL, 250 mL, 500 mL, 1 L, 1.5 L, 3 L, and 5 L for different cultivation scales.

  • Conical Erlenmeyer-style geometry: Broad base and tapered body for orbital shaking applications.

  • Two material choices: PETG or polycarbonate (PC), selected according to product configuration and workflow.

  • Bottom choices: Plain-bottom models and baffled-bottom designs for selected capacities and mixing requirements.

  • Cap flexibility: Vented and sealed screw-cap choices to match different gas-exchange requirements.

  • Sterile individual packaging: Each flask is supplied sterile and individually packaged.

  • B2B procurement support: Flexible specification review and quotation assistance for laboratories and distributors.

Applications

  • Suspension cell cultivation and laboratory-scale expansion

  • Routine orbital shaking and cell propagation

  • Culture preparation and experimental scale-up studies

  • Cell-based research and process development

  • Cultivation workflows requiring different mixing or gas-exchange conditions

Specification

Product Code (SKU) Nominal Capacity Mouth Diameter Height Width
KL-CSF-125 125 mL 35 mm 111 mm 67 mm
KL-CSF-250 250 mL 38 mm 139 mm 90 mm
KL-CSF-500 500 mL 43 mm 174 mm 100 mm
KL-CSF-1000 1 L 43 mm 195 mm 125 mm
KL-CSF-1500 1.5 L 65 mm 205 mm 160 mm
KL-CSF-3000 3 L 65 mm 265 mm 160 mm
KL-CSF-5000 5 L 108 mm 290 mm 230 mm

Note: Dimensions are approximate and based on supplier-provided manual measurements. Actual dimensions and the exact definition of “mouth diameter” should be confirmed for orders requiring accessory compatibility. SKU codes indicate nominal-capacity product families; material, cap type, and bottom design must be stated separately when requesting a quotation.

General Specifications

Specification Details
Product Name Cell Culture Shake Flasks
Product Type Erlenmeyer Shake Flasks
Material Options PETG / Polycarbonate (PC)
Bottom Design Plain Bottom / Baffled Bottom (selected sizes, upon request)
Cap Options Vent Cap / Sealed Cap
Sterility Sterile
Packaging Individually Packaged
Color Transparent
Recommended Working Volume Depends on selected flask and culture conditions

FAQ

Q1. How do cell culture shake flasks differ from standard T-flasks?

Shake flasks are primarily designed for suspension culture and orbital agitation. Conventional cell culture T-flasks have a broad, flat growth surface and are generally used for adherent cell culture. Selection depends on cell type and cultivation method.

Q2. What is the difference between plain-bottom and baffled-bottom shake flasks?

Plain-bottom flasks have a relatively smooth inner base. Baffled-bottom flasks have molded features that change liquid motion and may enhance mixing or oxygen transfer under suitable shaking conditions. Baffles may also increase shear effects, so the appropriate design depends on the culture.

Q3. How do I choose between PETG and PC?

PETG and PC are different plastics with different physical and chemical properties. Customers should select the material based on the intended culture conditions, handling needs, and compatibility requirements. Kelabscience can help check available options for a particular capacity.

Q4. Should I choose a vented or sealed cap?

Vented caps are intended for gas exchange during cultivation; sealed caps are an alternative for workflows requiring different closure conditions. The exact vent construction and ventilation needs should be confirmed for the selected configuration.

Q5. Is nominal capacity the same as recommended working volume?

No. Nominal flask capacity identifies the product size, not the recommended fill volume. Working volume depends on geometry, culture conditions, shaker orbit and speed, and oxygen-transfer needs.

Q6. Are the flasks sterile, and how are they packaged?

Yes. Kelabscience supplies sterile cell culture shake fl

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