PE12781 Multi-layer Cell Culture Flask

Multi-layer Cell Culture Flask Description

Multi-layer Cell Culture Flask is a laboratory container developed for cell cultivation. It consists of bonded layers of PS, HDPE, and PTFE that contribute structural integrity and chemical resistance. The flask's design ensures controlled cell growth environments, minimises material interference, and supports a variety of in vitro applications. Its construction facilitates precise thermal regulation and limits contamination risk, aligning with standard protocols for cell biology research.

Multi-layer Cell Culture Flask Characteristics

*The above product information is based on theoretical data and is for reference only. Actual specifications may vary.

Multi-layer Cell Culture Flask Applications

·         Laboratory Research
• Used as a cell cultivation chamber in tissue culture studies to maintain discrete growth zones by leveraging a compartmentalised, multi-layer design.

·         Bioprocess Development
• Applied as an experimental vessel in process optimisation systems to manage parallel cultures, reduce cross-contamination, and ensure consistent incubation conditions.

·         Diagnostic Assays
• Serves as a reaction container in high throughput screening platforms to enable separate assay zones, thereby improving assay precision through controlled material properties.

Multi-layer Cell Culture Flask Packing

The flask is packaged in a sterile, sealed container with a layer of anti-static bubble wrap to prevent mechanical stress. It is stored in a moisture-resistant carton, with secondary packing for protection during transit. The packaging conditions maintain the integrity of the sterile surfaces and allow customised labelling and inserts upon order. Storage at ambient, room temperature in a clean, dry area is recommended.

Additional Information

Multi-layer cell culture vessels represent an evolution in laboratory consumables, combining materials with distinct properties to achieve a controlled environment for cellular studies. The use of different polymers helps optimise surface characteristics and thermal behaviour, which is crucial for reproducible biological experiments.

The integration of PS, HDPE, and PTFE in a single flask supports diverse research needs across cell biology and bioprocessing. This composite approach allows the flask to withstand repeated thermal cycles and maintain its structural performance, offering a practical tool for advanced laboratory procedures.