Shaking Incubator LSI-T2029

Introduction

Shaking Incubator offers a speed range of 50 to 300 rpm, enabling gentle to vigorous agitation for a wide variety of biological and chemical applications. The broad timer range supports flexible scheduling for short-term reactions to extended protocols. It has built-in memory retention to automatically restore after a power loss, ensuring uninterrupted operation. Our Shaking Incubator supports cell culture, fermentation, and biochemical reactions.

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 shaking applications in biological and chemical research. It is widely used in laboratories for cell culture, microbial growth, fermentation, and enzyme-related experiments.

Specifications

Speed Range	50 to 300 rpm
Shaking Orbit	20mm (circle)
Temperature Control Range	4 to 60℃ at Ambient temperature less than or equal to 25℃
Temperature Setting Range	4 to 60℃
Maximum Drop Temperature	R.T. decrease 20℃ at R.T. greater than 25℃
Temperature Stability	±0.3℃
Temperature Display Accuracy	0.1℃
Time Range	1min to 99h59min
Fuse	250V, 5A/10A, Ф5×20
Power Consumption	1200W
Power Supply	AC 220V, 50/60Hz
Dimension (W×D×H)	560 × 823 × 449 mm
Weight	61 kg

Features

Quick temperature stabilization

Non-slip platform surface

Energy-efficient operation mode 

Real-time process monitoring

Sturdy vibration-resistant structure

FAQs

1. How does the Shaking Incubator support temperature-sensitive hybridization experiments?

The Shaking Incubator provides precise thermal control and uniform shaking, which are critical for successful hybridization experiments. Its ±0.3°C temperature stability ensures optimal stringency conditions for or probe binding. The orbital shaking motion enhances the uniform contact between probes and samples. Its temperature setting range of 4°C to 60°C covers most hybridization protocols. The digital timer function allows precise incubation durations to be set. Reduced sample evaporation is achieved with its adjustable internal fan speed. Researchers conducting Southern, Northern, or microarray hybridizations benefit from its consistent performance. The Shaking Incubator is reliable for molecular biology and genomics labs.

2. Can the Shaking Incubator be used for anaerobic microbial studies?

While the Shaking Incubator is not a fully anaerobic chamber, it can be used with sealed flasks or anaerobic jars. Its consistent temperature and shaking capabilities are suitable for growing facultative anaerobes. It maintains environmental conditions favorable for microbes requiring low or no oxygen when sealed containers are used. The unit’s compact design accommodates custom anaerobic setups inside the chamber. Users can place oxygen-removal sachets or gas packs within airtight vessels. Its quiet operation and smooth motion reduce disturbance to sealed systems. It offers flexibility for researchers studying anaerobic fermentation and metabolism. Thus, the Shaking Incubator can support anaerobic work when paired with suitable accessories.

3. What is the benefit of the 20mm circular orbit in the Shaking Incubator ?

The 20mm circular shaking orbit of the Shaking Incubator ensures uniform and efficient sample mixing. This motion is ideal for enhancing oxygen transfer and nutrient distribution in liquid cultures. It promotes consistent cell growth and prevents sedimentation during incubation. The circular orbit also reduces shear stress on delicate cell types. It supports a variety of vessel sizes, maintaining uniform agitation across the platform. This makes it suitable for bacterial, yeast, and mammalian cell cultures alike. Its gentle yet thorough mixing action is perfect for fermentation and enzyme reactions. Overall, the orbit size contributes to reproducible and high-quality experimental results.

4. Is the Shaking Incubator easy to clean and maintain?

Yes, our Shaking Incubator is designed for hassle-free cleaning and maintenance. Its interior surfaces are smooth and leak-resistant, preventing the buildup of spills or residues. Removable trays or platforms allow easy access to all internal areas. Its compact build ensures users can reach and wipe all corners without disassembly. The brushless DC motor is maintenance-free, reducing overall upkeep requirements. Air filters and fans can be checked and cleaned periodically for optimal airflow. Routine maintenance involves simple steps like wiping surfaces and checking clamps. This ensures long-lasting performance and supports a clean, sterile environment.

5. How does the Shaking Incubator ensure uniform temperature distribution?

Shaking Incubator uses an internal circulation fan to evenly distribute heated or cooled air. This prevents temperature gradients from forming within the chamber. The result is consistent conditions across all samples, even at different shelf levels. The fan speed is adjustable to balance airflow and evaporation control. Uniform heat ensures reliable results in sensitive applications like hybridization or enzyme incubation. control further stabilizes temperature with minimal deviation (±0.3°C). Users can confidently run parallel experiments without concern for thermal variation. This uniformity supports reproducibility and accuracy.

6. What are the safety features of the Shaking Incubator during long-term runs?

Shaking Incubator includes multiple features for safe long-term operation. An independent over-temperature protection system halts heating if limits are exceeded. The lid sensor stops shaking, airflow, and heating when opened, preventing accidents. Its brushless DC motor runs cool and reliably without risk of overheating. A sound alarm notifies the user when programs finish or errors occur. Power interruption memory retention resumes operation from previous settings. The stable base and shock-absorbing feet reduce vibrations for secure sample handling. These features ensure peace of mind during overnight or unattended experiments.