150cm² U-Shaped Canted Neck Cell Culture Flask, Vent Cap, TC, Sterile (5/pk, 40 pcs)
Enhance your cell culture efficiency with the T150 U-Shaped Canted Neck Cell Culture Flask, designed to optimize cell growth, accessibility, and workflow integration. Featuring an enlarged bottleneck and a unique U-shaped body, this innovative design allows unrestricted access for pipettes and cell scrapers, maximizing culture surface utilization and improving handling ease.
Key Features:
✅ Enlarged Bottleneck – Matches the large mouth design of NEST BioFactory, allowing better tube connections and closed transfers.
✅ U-Shaped Body Design – Increases bottom surface utilization, improving cell attachment and media distribution.
✅ Vent Cap with Filter Membrane – Allows for optimal gas exchange while maintaining sterile conditions.
✅ Tissue Culture (TC) Treated – Enhances cell adhesion and proliferation, ensuring optimal growth conditions.
✅ High Clarity PS Material – Meets USP Class VI and ISO 10993 standards for biocompatibility and purity.
✅ Frosted Marking Area – Facilitates easy labeling and identification.
✅ Clear Graduations – Enables precise volume observation.
✅ Sterile & Ready to Use – Manufactured in a 100,000-grade cleanroom, ensuring compliance with ISO 9001 & ISO 13485.
✅ Bulk Packaging – Each pack contains 5 flasks, with a total of 40 flasks per case, making them ideal for high-throughput laboratory workflows.
These U-shaped canted neck cell culture flasks are perfect for large-scale adherent cell cultures, biopharmaceutical production, vaccine development, monoclonal antibody research, and stem cell studies, making them an essential tool for laboratories, biotech companies, and pharmaceutical research.
As a leading provider of laboratory consumables, Nest offers a comprehensive selection of over 200 high-quality plastic products, supporting cell culture, molecular biology, microbiology, liquid handling, and laboratory instrumentation.
? Choose our 150cm² U-Shaped Canted Neck Cell Culture Flask for precision, sterility, and superior performance in advanced cell culture applications!