Shaking Incubator LSI-T2028

Introduction

Shaking Incubator offers a speed range of 50 to 300 rpm, enabling gentle to vigorous shaking for a variety of cell culture and mixing applications. Equipped with a microprocessor control system, it ensures precise temperature and speed regulation. It includes easy-to-navigate touch controls for efficient operation. Our Shaking Incubator is used for cell culture, fermentation, enzyme-based applications, and biochemical research.

It provides a stable and controlled environment for cell culture, microbial growth, and other biological experiments. The precise temperature and humidity control ensure consistent experimental conditions and reliable results.

Applications

Shaking Incubator is designed for controlled temperature and agitation, making it ideal for biological, chemical, and microbiological research. It is widely applied in laboratories for cell culture, fermentation, enzyme reactions, and tissue engineering studies.

Specifications

Speed Range	50 to 300 rpm
Shaking Orbit	20mm (circle)
Temperature Control Range	4 to 60℃ at R.T. less than or equal to 25℃
Temperature Maximum Decrease	R.T. decreases 20℃
Temperature Setting Range	4 to 60℃
Maximum Drop Temperature	R.T. decrease 20℃ at R.T. greater than 25℃
Temperature Stability at 37℃	±0.3℃
Temperature Display Accuracy	0.1℃
Time Range	1min to 99h59min
Fuse	250V, 5A/10A, Ф5×20
Power Consumption	600W
Power Supply	AC 220V/AC 110V, 50/60Hz
Dimension (W×D×H)	385 × 560 × 320 mm
Weight	25.8 kg

Features

Low noise operation level

Safety cover stop function

Smooth start-up mechanism

Adjustable circulation fan speed

Wide temperature control range

FAQs

1. Can the Shaking Incubator be used for temperature-sensitive genetic experiments like hybridization?

Yes, the Shaking Incubator is highly suitable for hybridization procedures and other temperature-sensitive genetic experiments. With a temperature setting range from 4°C to 60°C and excellent stability of ±0.3°C at 37°C, it supports accurate thermal control required for / hybridization. The orbital shaking motion ensures even mixing of reagents and enhances reaction efficiency. Researchers can use this model for blotting techniques and gene expression profiling. Its consistent thermal conditions prevent denaturation or loss of target molecules. The digital display aids in precise monitoring throughout the process. The Shaking Incubator supports both short-term and long-duration genetic protocols with ease.

2. How does the Shaking Incubator prevent sample contamination or evaporation during extended runs?

Shaking Incubator features are specifically designed to minimize sample loss and contamination during extended incubation. The adjustable fan speed helps minimize evaporation by reducing internal airflow when necessary. Its sealed chamber maintains a stable microenvironment, protecting cultures from external contaminants. The automatic shutdown, triggered by opening the lid, stops shaking, heating, and airflow immediately. This helps preserve internal conditions and minimizes disturbance. The uniform shaking motion avoids foaming and accidental spillage. Combined with high-quality materials and a clear viewing window, the system supports sterility and sample protection. It’s ideal for sensitive biological cultures over long durations.

3. How does the Shaking Incubator prevent sample contamination or evaporation during extended runs?

Shaking Incubator features are specifically designed to minimize sample loss and contamination during extended incubation. The adjustable fan speed helps minimize evaporation by reducing internal airflow when necessary. Its sealed chamber maintains a stable microenvironment, protecting cultures from external contaminants. The automatic shutdown, triggered by opening the lid, stops shaking, heating, and airflow immediately. This helps preserve internal conditions and minimizes disturbance. The uniform shaking motion avoids foaming and accidental spillage. Combined with high-quality materials and a clear viewing window, the system supports sterility and sample protection. It’s ideal for sensitive biological cultures over long durations.

4. What is the advantage of using a 20mm shaking orbit in the Shaking Incubator ?

The Shaking Incubator features a 20mm circular shaking orbit, which is optimized for most lab-scale microbial and cell culture applications. This moderate orbit ensures effective mixing while reducing the risk of cell shear or structural damage. It's particularly suitable for growing E. coli, yeast, and suspension mammalian cells. The even distribution of nutrients and oxygen allows for consistent growth across samples. The design is ideal for flasks, tubes, and microplates. This shaking diameter offers a balance between aeration efficiency and sample protection. Users can confidently use the Shaking Incubator for both delicate and robust cultures alike.

5. Does the Shaking Incubator support dual voltage operation for international labs?

Yes, the Shaking Incubator supports dual voltage operation, making it ideal for global use in laboratories with varying power requirements. It operates on both AC 220V and AC 110V at 50/60Hz, ensuring compatibility with standard power supplies worldwide. This feature is particularly beneficial for multinational research institutions or labs that frequently relocate. Users don’t need additional voltage converters or stabilizers, reducing setup time and operational cost. The built-in fuse protection ensures safe and stable operation. Whether in North America, Europe, or Asia, the Shaking Incubator adapts easily. It’s a convenient option for laboratories with global collaborations.

6. What types of containers or labware can be used in the Shaking Incubator ?

Shaking Incubator is compatible with a variety of lab containers, offering flexibility for different experimental protocols. It supports Erlenmeyer flasks, centrifuge tubes, conical tubes, microcentrifuge tubes, and even microplates, depending on the platform configuration. The shaking tray is designed to accommodate multiple flask sizes with optional clamps or holders. This allows for the simultaneous incubation of different sample volumes. Users can also switch between different trays for customized setups. The consistent shaking ensures uniform mixing in all vessel types. The incubator's spacious interior makes loading and unloading easy. This flexibility is especially valuable in multi-project research settings.

7. How energy-efficient is the Shaking Incubator during continuous operation?

Shaking Incubator is designed with energy efficiency in mind, consuming only 600W during operation. Its brushless DC motor requires minimal maintenance and generates less heat, reducing energy waste. The efficient insulation and temperature control system minimizes energy loss. The auto-stop function, when the lid is opened further, saves power. Ideal for labs running multiple incubators or conducting long-term experiments, this low energy consumption reduces electricity costs. Its dual-voltage compatibility doesn’t compromise energy performance. Even during prolonged runs, the Shaking Incubator delivers reliable results while conserving power. It’s a cost-effective choice for research labs.