A laboratory beating sterile homogenizer is a laboratory equipment used for biological sample processing, typically used for homogenizing, mixing, and dispersing biological samples to ensure consistency and reliability of the samples. This type of device is usually widely used in molecular biology, microbiology, cell biology, and biochemical research. Here are some key information about the laboratory flapping sterile homogenizer:

Main features and functions:

Sterile operation: Laboratory flapping sterile homogenizers typically have the ability to perform sterile operations to ensure that the sample is not contaminated by external sources.

High speed homogenization: This device usually has a high-speed rotation or oscillation mechanism, which can quickly and uniformly mix and disperse samples. This is very useful for applications such as preparing suspensions, cell fragmentation, and DNA/RNA extraction.

Sample container: It usually includes replaceable sample containers that can accommodate different volumes of samples, from small test tubes to large capacity culture dishes.

Temperature control: Some flapping sterile homogenizers have temperature control functions to process samples at specific temperatures, suitable for experiments sensitive to sample temperature.

Timer and speed control: Devices typically have adjustable timers and speed control to meet different processing needs.

Reliability: These devices are usually designed to be sturdy and durable, with a safety locking mechanism to ensure that accidents do not occur during operation.

Application field:

The laboratory beating sterile homogenizer has a wide range of applications in various fields of life science research. Used for cell fragmentation to release DNA and RNA for molecular biology analysis. Used for protein extraction, mixing, and homogenization for protein analysis and research. Used in bioreactors for mixing and homogenizing cell culture for bioreactor engineering and fermentation research.