Shaking Incubator LSI-A22

Shaking Incubator LSI-A22 uses a maintenance-free DC motor that provides constant torque and speed without carbon brushes. This design reduces wear and tear, extending the motor’s lifespan. The motor operates quietly, minimizing disturbances in the lab environment. Its efficiency helps maintain stable shaking speeds even under varying loads. Additionally, the motor’s brushless construction eliminates the need for regular maintenance, ensuring reliable, long-term performance.

Yes, the vibration amplitude is adjustable up to 40 mm for tailored shaking intensity. This flexibility allows precise control over sample agitation. It supports a variety of experimental protocols requiring different mixing intensities. The stepless adjustment ensures smooth transitions between settings. This feature enhances reproducibility and sample integrity across applications.

Yes, it has a memory function that retains operating parameters for easy repeat experiments. This reduces setup time and minimizes user errors. It ensures consistency across multiple runs. The stored settings can be quickly recalled for routine tasks. This feature enhances workflow efficiency and experiment reliability. Additionally, it allows multiple users to save their preferred settings securely. The memory function supports seamless transitions between different experimental protocols.

The temperature range is from RT+5°C to 60°C, suitable for various biological processes. This range supports diverse applications including cell culture and fermentation. The incubator maintains stable temperatures with minimal fluctuation. Precise temperature control ensures reliable experimental results. Advanced sensors continuously monitor and adjust the temperature for consistency. The system also includes over-temperature protection for sample safety.

Yes, the large LCD screen shows both the set and actual temperature and shaking speed. This allows users to monitor experiment conditions continuously. Clear display aids in precise adjustments and reduces errors. The screen also shows timer settings for better control. Real-time feedback ensures reliable and reproducible experimental outcomes. The intuitive interface enhances ease of use for operators.