SPL Cell Culture Flask 25 cm² T25 Plug Cap Treated Sterile 200 Case

Description

Product Overview

The SPL Cell Culture Flask 25 cm² (T25) with a plug cap is engineered for modern cell culture laboratories that demand both reliability and convenience. Constructed from high‑quality, non‑pyrogenic, non‑cytotoxic glass, the flask offers a treated surface that promotes optimal cell attachment and growth while minimizing the risk of contamination. Its dimensions—approximately 11 x 13 x 16 inches—provide a compact footprint that fits easily into standard incubators, and the 200‑unit case packaging ensures that laboratories can maintain a consistent inventory without frequent reordering. The flask’s short, wide neck with an angled design facilitates effortless media addition and sampling, reducing the chance of spillage and improving overall workflow efficiency. In addition, the ergonomic plug cap creates a secure, sterile seal that prevents aerosol exchange and maintains a stable environment for sensitive cell lines.

Usage

Designed for a broad range of cell culture applications, the SPL T25 flask is suitable for routine maintenance of adherent cell lines, primary cell cultures, and even specialized co‑culture systems. Researchers working in academic, biotech, and pharmaceutical settings will appreciate the flask’s compatibility with standard laboratory equipment such as orbital shakers, CO₂ incubators, and automated liquid handling platforms. The plug cap allows for quick, sterile access during media changes, passaging, or sampling, making it an excellent choice for high‑throughput screening where time and sterility are critical. Because the flask is DNase/RNase‑free and human DNA‑free, it is also ideal for downstream molecular assays, including PCR, qPCR, and next‑generation sequencing, where nucleic acid purity can directly impact data quality.

Why Choose Us

Choosing the SPL Cell Culture Flask means selecting a product backed by rigorous quality control and a reputation for consistency. Each flask undergoes thorough testing to confirm its non‑pyrogenic status, ensuring that endotoxin levels remain below detectable limits. The treated surface is validated for uniform cell attachment, reducing variability between experiments and enhancing reproducibility. Moreover, SPL Life Sciences provides responsive technical support and a clear return policy, giving laboratories confidence that any issues will be addressed promptly. The excellent stackability of the flasks maximizes storage efficiency, allowing labs to conserve valuable incubator space while keeping inventory organized. Finally, the inclusion of a sterile plug cap with each flask eliminates the need for additional sealing accessories, simplifying the overall workflow and reducing consumable costs.

Key Features

• Ergonomic plug cap provides a secure, sterile seal for easy media exchange and sampling.
• Short, wide, angled neck design allows quick access while minimizing spillage risk.
• Non‑pyrogenic, non‑cytotoxic glass ensures a contaminant‑free environment for sensitive cell lines.
• Stackable shape saves incubator space and simplifies storage in busy laboratory settings.
• Responsive customer support and clear return policy guarantee reliable after‑sales service.

FAQ

What makes the treated surface of this flask different from standard glass flasks?

The treated surface is chemically modified to enhance cell adhesion, providing a more uniform and consistent growth environment. This reduces the time required for cells to attach and spreads evenly across the culture area, which is especially beneficial for primary cells and delicate lines that are prone to uneven attachment on untreated glass.

Can the plug cap be sterilized again after opening?

Yes, the plug cap is designed to withstand standard sterilization methods such as autoclaving or ethanol immersion. Re‑sterilizing the cap before each use helps maintain a sterile environment and prevents cross‑contamination between different cell culture batches.

Is this flask compatible with automated liquid handling systems?

Absolutely. The flask’s dimensions and the angled neck are optimized for compatibility with most robotic platforms. The plug cap can be easily grasped by standard grippers, allowing seamless integration into high‑throughput workflows without compromising sterility.

How does the non‑pyrogenic property benefit my experiments?

Non‑pyrogenic flasks have endotoxin levels below detectable limits, which is crucial for experiments involving immune‑responsive cells or cytokine assays. Low endotoxin levels prevent unintended activation of cellular pathways, ensuring that observed results are due to experimental variables rather than contaminant‑induced artifacts.

What is the recommended storage condition for unopened flasks?

Unopened flasks should be stored in a clean, dry environment at room temperature, away from direct sunlight and extreme temperature fluctuations. Maintaining these conditions preserves the sterility and integrity of the treated surface until the flasks are ready for use.