Shaking Incubators

 

Description

 

Shaking incubators are laboratory instruments designed to provide controlled temperature conditions while simultaneously shaking samples to ensure proper mixing and aeration. These systems combine incubation and oscillation functions, enabling efficient microbial culture, cell growth, and biochemical reactions. The equipment offers precise control of temperature, shaking speed, and time, ensuring stable experimental conditions and consistent results.


 

Types

 

CO₂ Shaking Incubators

Designed for cell culture applications requiring controlled CO₂ environments. These systems provide forced air convection, multidimensional shaking, and precise temperature and CO₂ concentration control.

Vertical Shaking Incubators

Large-capacity incubators designed with stacked platforms to provide high sample capacity while maintaining temperature uniformity and stable shaking performance.

Horizontal Shaking Incubators

Incubators designed for efficient shaking and temperature control with multidimensional drive systems, commonly used for microbial culture and laboratory experiments.

Desktop Shaking Incubators

Compact bench-top incubators combining constant temperature incubation and horizontal oscillation, suitable for laboratories with limited space.

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Applications

 

• Microbial culture and growth

• Cell and bacteria culture experiments

• Biotechnology laboratories

• Pharmaceutical research

• Medical and clinical laboratories

• Environmental research

• Agricultural and food science research

• Scientific research laboratories


 

Key Features

 

• Precise PID microprocessor temperature control

Multi-stage speed, temperature and time control system

Multidimensional or track drive systems for stable shaking

Forced air convection for uniform temperature distribution

USB data storage, recording and analysis system

LCD or touch screen display for easy monitoring and operation

High-precision speed control with ±1 RPM accuracy

High-precision temperature control with 0.1°C measurement accuracy

Slow start and stop design to protect cells and samples

Automatic defrosting function for stable operation at low temperatures

Memory function to restore settings after power failure

Safety features including alarms, self-diagnosis, and door protection

Programmable operating modes for different experiment requirements