Shaking Incubator LSI-A20

It is ideal for enzyme studies, biochemical analysis, microbial cultivation, cell culture, fermentation, and hybridization. The incubator provides precise temperature and shaking control, ensuring optimal conditions for sensitive samples. It supports uniform mixing, which is critical for consistent experimental results. This makes it suitable for both research and industrial laboratory settings. Its versatility accommodates a wide range of biological and chemical experiments.

The vibration amplitude ranges from 0 to 40 mm, allowing flexible shaking intensity. This adjustability helps tailor the shaking action to different sample types and experimental needs. Lower amplitudes are ideal for delicate cultures, while higher amplitudes support vigorous mixing. The range ensures effective agitation for a variety of biological and chemical processes.

It uses a reciprocating oscillation mode for even mixing and agitation of samples. This back-and-forth motion ensures thorough and uniform contact between samples and their environment. It is especially effective for microbial cultures and biochemical reactions that require consistent mixing. The reciprocating movement minimizes sample disturbance while maximizing aeration. This oscillation mode supports reproducible experimental results across different applications.

It enables precise control of temperature and shaking parameters for accurate and reliable results. The intelligent controller allows easy programming and monitoring via the large LCD display. It helps maintain stable conditions by automatically adjusting settings in real time. This reduces user errors and enhances experimental reproducibility. Additionally, it supports features like parameter lock and memory functions to protect settings and simplify operation.

The large LCD displays both the set parameters and actual real-time measurements for easy monitoring. It shows temperature, shaking speed, and timer settings clearly. The display helps users verify operational status at a glance. This ensures experiments are running within desired conditions without constant manual checks. Additionally, error messages and alarms are indicated to promptly alert users to any issues.