FB-800 Series: Reusable glass culture flasks designed for scientific rigour
The FB-800 series of reusable glass culture bottles from Thermo Fisher Scientific has been designed to offer laboratory professionals a reliable, durable and ergonomic solution for the daily handling of culture media. Made from high-quality borosilicate glass, these bottles offer exceptional resistance to thermal shock and most chemicals commonly used in laboratories. This robustness allows for frequent reuse, making them an economical and sustainable choice for laboratories concerned about their environmental footprint.
The FB-800 bottles feature a wide opening and GL 45 threading for easy filling and pouring of liquids. Each bottle has a polypropylene screw cap with no seal, ensuring a tight closure with no risk of leakage, even after multiple autoclaving. The drip-free pouring ring, also made of polypropylene, can be replaced if necessary, ensuring clean and controlled flow to prevent cross-contamination.
Readability is another major advantage of the FB-800 series. Each bottle has a permanent white enamel marking area for easy identification of the contents or protocol associated with the sample. The reinforced white graduations, precisely positioned, ensure quick and reliable volume reading, which is essential during sensitive or repeated handling.
The complete range extends from 100 mL to 10,000 mL, covering all needs from small volumes for molecular biology research to large quantities required in industrial or pharmaceutical processes. Each model meets Thermo Fisher Scientific quality standards , with performance tested and approved by numerous laboratories around the world.
When you choose FB-800 culture bottles, you are choosing scientific excellence combined with a responsible approach. Their ability to be autoclaved at 140°C without alteration, their compatibility with most laboratory equipment and their manufacture to the most rigorous standards make them the benchmark solution for researchers, technicians and engineers seeking efficiency and reliability.