Overview
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Liquid handling is a crucial process in various industries, such as pharmaceuticals, biotechnology, and medical research. Accuracy, precision, and efficiency are the key factors that determine the success of liquid handling tasks. To ensure these factors are met, liquid handling technology is continuously evolving. One of the latest innovations is the multi-channel rotary shear valve. This article will discuss the benefits and applications of this technology.
Rotary shear valves are devices that control the flow of liquid by creating a series of cavities or pockets within a rotating rotor. When the rotor rotates, the pockets move the liquid from the inlet to the outlet. The direction of the liquid flow is determined by the orientation of the rotor. Rotary shear valves are popular because they offer precise control of the liquid flow, reducing waste and increasing efficiency.
Multi-channel rotary shear valves are an evolution of the rotary shear valve technology. They have multiple channels, typically ranging from 2 to 12, that enable simultaneous liquid handling. Each channel has its rotor that can be controlled independently, providing high precision and accuracy. The multi-channel feature reduces the liquid handling time and increases productivity, making it suitable for high-throughput applications.
Increased Efficiency: The multi-channel feature of the rotary shear valve enables simultaneous liquid handling, reducing the time required for liquid handling. This feature also increases productivity, enabling high-throughput applications. The precise control of the liquid flow ensures that the liquid is accurately dispensed, reducing waste and improving efficiency.
High Precision and Accuracy: Multi-channel rotary shear valves are designed to provide high precision and accuracy in liquid handling. The independent control of each channel ensures that the liquid is dispensed accurately and uniformly. This feature is crucial, especially in applications that require precise liquid handling, such as drug discovery and medical research, where the accuracy and consistency offered by precision liquid handling are essential for obtaining reliable results.
Reduced Contamination: Multi-channel rotary shear valves have a compact design that reduces the risk of contamination. The sealed rotor chamber prevents the liquid from spilling or leaking, reducing the risk of contamination. This feature is essential, especially in the pharmaceutical and medical research industries, where contamination can be disastrous.
Drug Discovery: Multi-channel rotary shear valves are used in drug discovery to dispense small volumes of reagents accurately. The precise control of the liquid flow ensures that the reagents are dispensed uniformly, reducing errors and increasing efficiency.
Medical Research: Multi-channel rotary shear valves are used in medical research to dispense small volumes of liquid accurately. This technology is crucial, especially in DNA sequencing and protein assays, where small volumes of liquid are required.
Industrial Applications: Multi-channel rotary shear valves are used in various industrial applications, such as chemical processing, food processing, and water treatment. They are suitable for these applications because of their precise control of the liquid flow, which ensures accurate and uniform dispensing.
Multi-channel rotary shear valves are a significant innovation in liquid handling technology. They offer increased efficiency, high precision and accuracy, and reduced contamination, making them suitable for various applications, such as drug discovery, medical research, and industrial applications. Choosing the right multi-channel rotary shear valve is crucial in achieving accurate and efficient liquid handling.
