Shaking Incubator LSI-A19

It is ideal for microbial cultivation, cell culture, fermentation, hybridization, and biochemical research. The precise temperature control ensures optimal conditions for sensitive biological samples. Its smooth shaking motion promotes uniform mixing and aeration. This makes it suitable for both small-scale laboratory experiments and larger research projects. The incubator's versatility supports a wide range of scientific workflows in microbiology and biochemistry.

The acceleration control ensures a gentle startup, which prevents damage to the machine and protects the samples. By gradually increasing the shaking speed, it minimizes mechanical stress on the motor and components, extending the incubator’s lifespan. This also reduces the risk of disturbing or harming delicate cultures during the initial movement. Overall, it enhances the reliability and safety of incubation processes.

It uses a reciprocating oscillation mode. This means the platform moves back and forth in a linear motion, ensuring even mixing of samples. Reciprocating shaking provides consistent agitation, which is essential for uniform cell growth and culture conditions. This type of motion is especially effective for applications like fermentation and microbial cultivation where thorough mixing is critical.

The rotation rate ranges from 30 to 300 rpm. This wide speed range allows for flexibility in handling different types of samples and experimental protocols. Lower speeds are suitable for gentle mixing of sensitive cultures, while higher speeds provide vigorous agitation for fermentation and hybridization processes. The adjustable speed ensures optimal conditions for a variety of laboratory applications.

The temperature uniformity at 37°C is maintained within ±1°C, ensuring consistent incubation conditions. This precise control helps prevent temperature fluctuations that could affect experimental results. The incubator’s advanced heating and circulation system distributes heat evenly throughout the chamber. As a result, samples experience stable conditions critical for reliable microbial growth and cell culture.