Principle of pipetting workstation

As an indispensable automated equipment in modern laboratories, pipetting workstations have brought revolutionary changes to scientific research and production with their precise and efficient liquid handling capabilities. Understanding how your pipetting workstation works is essential to taking full advantage of its capabilities. This article will take an in-depth look at the working principle, key components, operating modes and technical advantages of the pipetting workstation.

1. Introduction to the working principle of the pipetting workstation 1. Automated control: The pipetting workstation controls the mechanical arm and liquid dispenser through the built-in software system to perform precise operations. 2. Accuracy Guaranteed: Using advanced sensors and feedback systems to ensure the accuracy and repeatability of liquid transfer.

2. Key components of the pipetting workstation 1. Robotic arm: Responsible for moving the pipetting head between different containers and positions. 2. Liquid dispenser: includes pipettes and pipette tips of different sizes, used for sucking and dispensing liquids.

3. Operation mode of pipetting workstation 1. Single-channel operation: suitable for experiments that require high precision but low throughput. 2. Multi-channel operation: Multiple pipetting heads work simultaneously to improve experimental throughput and efficiency.

4. Technical advantages of pipetting workstation 1. Reduce human errors: Automated operations reduce errors caused by human factors. 2. Improve experimental efficiency: quickly process a large number of samples, significantly improving experimental work efficiency.

5. Accuracy factors of the pipetting workstation 1. Calibration process: Regular calibration ensures that the equipment operates at its best. 2. Environmental control: Control of environmental factors such as temperature and humidity is crucial to maintaining accuracy.

6. Maintenance and calibration of pipetting workstation 1. Routine maintenance: including cleaning and inspection to ensure long-term stable operation of the equipment. 2. Regular calibration: Perform professional calibration on a regular basis according to the manufacturer's recommendations.

7. Software functions of the pipetting workstation 1. User interface: The intuitive user interface simplifies the programming and operation process. 2. Data processing: The software can record and analyze experimental data and provide experimental reports.

The working principle of the pipetting workstation is based on automated control and accuracy assurance, and efficient liquid handling is achieved through the collaborative work of key components. The technical advantage lies in reducing human error and improving experimental efficiency, while maintenance of accuracy requires regular calibration and environmental control. With the continuous advancement of technology, the software functions of pipetting workstations are also constantly enhanced, providing more intelligent and personalized services. Understanding these principles and advantages can help scientific researchers and laboratory managers make better use of pipetting workstations and promote the development of scientific research and production.