- Media bottles are designed for the safe preparation, storage, and transport of culture media, buffers, reagents, laboratory reagents, and aqueous laboratory solutions in microbiology, chemistry, pharmaceutical, research, and routine laboratory workflows.
- Type I borosilicate glass provides high chemical resistance and excellent thermal stability, making glass media bottles suitable for repeated autoclaving, media preparation, and long-term storage.
- PETG media bottles offer lightweight handling, good clarity, and reduced breakage risk, allowing easy visual monitoring of media levels and contents during routine laboratory use.
- Available in multiple materials, sizes, and closure options, including volumes from 100 mL to 20 L, and GL 25/45 screw cap formats for secure handling and storage.
- Media bottles support more sustainable laboratory workflows through durable materials designed for extended use. Type I borosilicate glass bottles can be repeatedly autoclaved and reused, while PETG options provide lightweight, breakage-resistant handling that helps reduce product loss and unnecessary replacements.
Laboratory Media Bottles
Frequently Asked Questions
A media bottle is used in laboratories to prepare, sterilize, store, and transport liquid culture media, buffers, reagents, and other aqueous solutions. These bottles support sterile handling, help reduce contamination risk, and are widely used in microbiology, pharmaceutical, research, and routine laboratory applications.
Media bottles are commonly made from durable materials such as glass or PETG plastic:
- Glass media bottles offer high chemical resistance and thermal stability for autoclaving and repeated laboratory use.
- PETG provide lightweight handling, good transparency, and reduced risk of breakage.
Glass media bottles provide excellent chemical resistance and high heat tolerance, making them suitable for autoclaving and long-term storage.
PETG media bottles, on the other hand, are lightweight, shatter-resistant, and offer high clarity for easy visibility of contents.
A reagent bottle is primarily intended for the safe storage and handling of chemicals, solvents, and laboratory reagents. Its design emphasizes chemical resistance, secure closure, and compatibility with a wide range of substances. Reagent bottles are typically used for storage and dispensing rather than routine media sterilization workflows. Reagent bottles often use a narrow neck with a ground glass stopper, although threaded closure options may also be available.
A media bottle is designed for the preparation, sterilization, storage, and transfer of culture media, buffers, reagents, and other aqueous solutions used in microbiology, cell culture, pharmaceutical, and research workflows. Media bottles are optimized for autoclaving and sterile handling, often featuring durable graduations, temperature-resistant glass or compatible plastic materials, and threaded closures that support safe handling during repeated laboratory use.