Erlenmeyer Flasks, PC Body & PP Filter Cap, Sterile

SPL Life Sciences' Erlenmeyer Flasks are designed to support the growth and maintenance of suspension cultures, including animal cells, bacteria, fungi, and plant calluses. These flasks are available in four volume options and are sterilised prior to distribution, ensuring suitability for sensitive laboratory environments.

Culture Suitability

The flasks are ideal for use with a range of suspension-adapted cell types and require a shaking apparatus for optimal performance. Users are advised to optimise cell seeding density and working volume based on their specific culture conditions.

Material & Design

Manufactured from durable, transparent polycarbonate, these Erlenmeyer flasks are non-treated, offering a clear and robust solution for laboratory use. The polycarbonate construction provides excellent clarity and strength, allowing repeated autoclaving where required.

Closure Options

All flask types are compatible with both plugs and filter caps, enhancing flexibility and containment options depending on the application and environmental requirements.

Functional Tests

These undergo rigorous functional testing to guarantee safety and performance:

• Sterility: Passed
• Non-Cytotoxicity: Passed
• Non-Pyrogenic: Passed
• RNase/DNase Free: Passed
• Human DNA Free: Passed

Product Features

• Suspension Culture Compatibility: Suitable for use with bacteria, fungi, plant calluses, and suspension-adapted animal cells, enhancing application versatility.
• Shaker-Dependent Design: Optimised for use with shaking apparatus to support proper mixing and aeration in cell cultures.
• Flexible Sealing Options: Available with plug or filter caps, enabling adaptability for varied laboratory protocols.
• Non-Treated Interior: Offers a clean surface ideal for specific applications that do not require surface treatment.
• Durable Polycarbonate Construction: Provides strength, impact resistance, and excellent clarity for visual inspections.
• Autoclavable Material: Allows for repeated sterilisation, supporting long-term and reusable laboratory use.