LHS-1

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Liquid Handling System (LHS) is an innovative and modern laboratory device that more and more companies are investing in. They are commonly used in a wide variety of areas, such as laboratory automation, reagent preparation, and drug discovery. The LHS-1 is one specific type of system with a wide range of applications and an impressive list of features that make it one of the most advanced liquid handling solutions available on the market. In this article, we will discuss the application field and working principle of the LHS-1 controller.

The LHS-1 controller is a highly intelligent microprocessor-based system. It can be used to accurately and efficiently control liquid flow, pressure, and temperature, as well as perform a variety of laboratory automation tasks. It is capable of handling liquids of up to 10 liters in capacity, and features a high resolution 5-inch TFT LCD display for convenient navigation. The controller also has a variety of user-friendly features, such as an intuitive graphical user interface (GUI) and powerful programming language. Aside from its advanced robotic features, the LHS-1 controller also offers excellent performance in sample preparation, mixing applications, and purification processes.

In terms of its application field, the LHS-1 system is used in laboratories for a wide variety of purposes, such as sample and reagent preparation, mixing of solutions, and the purification of cellular extracts. For sample preparation, the controller can be programmed to accurately and efficiently disperse a sample into a reaction chamber according to the exact requirements of the experiment. Additionally, the controller can also be programmed to perform various mixing applications, including homogenizing, emulsifying, and suspending solutions. Lastly, it can be used to purify cellular extracts by separating required components from a complex mixture.

When it comes to its working principle, the LHS-1 controller utilizes two main components: a sample probe and a pump. The sample probe is a device that draws liquid samples from the reaction vessel and feeds them to the pump in precisely calibrated quantities. The pump then transfers the samples to a storage vessel, such as a crystallization block or a chromatography column, for further analysis or processing. In order to ensure accurate and precise liquid flow, the system is equipped with a pressure adjustment valve, a flow sensor, and a temperature control system. In addition, the system is also programmed to monitor and control the liquid level at any given time.

In conclusion, the LHS-1 controller is an intelligent and reliable system that provides excellent performance for a wide range of applications in liquid handling. It offers a variety of advanced features for accurate and efficient liquid flow, pressure, and temperature control. Furthermore, its sample probing and mixing applications offer unparalleled accuracy for sample preparation and purification processes.

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