Eltek High Speed Laboratory Stirrer with Variable Speed Control Stirrer - 25-50ml Pack of 1 Unit (LS 104 2B )

Description: The Eltek High-Speed Laboratory Stirrer with Variable Speed Control (LS 104 2B) is a precision instrument tailored for laboratory applications demanding meticulous mixing in the 25-50ml volume range. With a focus on efficiency and flexibility, this stirrer provides researchers with variable speed control and compact design, making it an indispensable tool for precise sample blending.

Key Features:

1. High-Speed Stirring: The LS 104 2B excels in high-speed stirring applications, ensuring rapid and thorough mixing for samples within the 25-50ml volume range. The variable speed control allows researchers to tailor stirring speeds to the specific requirements of their experiments.

2. Variable Speed Control: Equipped with a variable speed control mechanism, this laboratory stirrer enables precise adjustment of stirring speeds. Researchers can customize the stirring rate to accommodate different viscosities and experimental parameters, ensuring optimal mixing.

3. Compact Design for Small Volumes: The stirrer's compact design is specifically suited for sample volumes ranging from 25 to 50ml. This feature is ideal for experiments where space efficiency and precise control over small sample volumes are paramount.

4. User-Friendly Interface: The laboratory stirrer features a user-friendly interface, allowing researchers to intuitively adjust settings. This streamlined operation enhances the overall efficiency of experiments by facilitating easy control and monitoring.

Benefits:

1. Precise Mixing for Small Volumes: The LS 104 2B is designed to deliver precise mixing for sample volumes between 25-50ml, ensuring thorough blending for smaller-scale experiments.

2. Customizable Stirring Speeds: Variable speed control empowers researchers to fine-tune stirring speeds according to the specific needs of their experiments, accommodating a diverse range of sample viscosities and experimental parameters.

3. Space-Efficient Design: The compact design is tailored for experiments involving small volumes, ensuring space efficiency while providing optimal stirring performance.