Bio Techno Lab Orbital Shaking Incubator Cooling - 9 x 250ml Box of 1 Unit (BTL-46)

Description: The Bio Techno Lab Orbital Shaking Incubator with Cooling is an advanced laboratory instrument designed to provide precise temperature control and orbital shaking for a variety of biological and chemical applications. Meticulously engineered, this incubator offers researchers a reliable and versatile platform to cultivate and agitate samples while maintaining optimal temperature conditions.

Key Features:

1. Temperature Control with Cooling: The incubator features a sophisticated temperature control system with cooling capabilities. This allows researchers to create and maintain a controlled environment with both heating and cooling functionalities, ensuring stability for a diverse range of experiments.

2. Orbital Shaking Motion: Equipped with an orbital shaking mechanism, the incubator facilitates gentle but effective agitation of samples. This orbital motion promotes uniform mixing and enhances the growth of biological cultures.

3. Digital Control Panel: The digital control panel provides intuitive and precise control over temperature settings, shaking speed, and duration. This user-friendly interface allows researchers to customize conditions for specific experiments with ease.

4. LED Display: The LED display on the control panel offers real-time monitoring of temperature, shaking speed, and other essential parameters. This feature enhances visibility and allows researchers to monitor and adjust conditions during experiments.

Benefits:

1. Versatile Temperature Control: The combination of heating and cooling functionalities provides a versatile temperature control system, accommodating a wide range of experimental requirements.

2. Uniform Mixing with Orbital Shaking: The orbital shaking motion ensures uniform mixing of samples, enhancing the growth of cultures and improving the overall efficiency of biological and chemical processes.

3. User-Friendly Interface: The digital control panel and LED display offer a user-friendly interface for convenient and precise control over experimental conditions, contributing to the success of various applications.

4. Real-Time Monitoring: The LED display allows researchers to monitor critical parameters in real-time, ensuring that experimental conditions remain within the desired range throughout the duration of the experiment.