Introduction to the advantages of fully automatic liquid handling workstations

The fully automatic liquid handling workstation, as an outstanding representative of modern laboratory automation, is leading the innovation trend in life sciences, drug research and development, clinical diagnosis and other fields with its unparalleled advantages. This article will further explore the significant advantages of fully automated liquid handling workstations and why these advantages can reshape the way laboratories work and inject powerful impetus into scientific research and innovation:

1. Improve experimental accuracy and repeatability

1. High-precision distribution system: The fully automatic liquid processing workstation can achieve microliter or even nanoliter level liquid distribution through a precise liquid distribution system and accurate control algorithm, greatly reducing experimental errors and ensuring the accuracy and accuracy of experimental data. reliability. This high-precision dispensing system is particularly important for experiments that require precise control of liquid volume.

2. Programmed operation: The workstation adopts programmed operation mode. Each experiment can be carried out according to the preset program, avoiding errors caused by human operation and ensuring the consistency and repeatability of the experiment.

2. Improve experimental efficiency and throughput

1. High-throughput processing capability: The fully automatic liquid processing workstation can process multiple samples at the same time and quickly complete liquid distribution, mixing, dilution and other operations. It is suitable for high-throughput screening, drug screening, gene sequencing and other experiments that require large amounts of sample processing. scenarios, greatly improving experimental efficiency and output.

2. Save time: Automated operation reduces the time consumed by experimenters in the liquid handling process, allowing them to focus more on other aspects of the experiment, thus improving the overall experimental efficiency.

3. Protect the health and safety of laboratory personnel

1. Reduce exposure to hazardous substances: Automated operations avoid direct contact between experimenters and hazardous substances, reduce their risk of exposure to hazardous substances, and protect their health and safety.

2. Low-risk experimental environment: Workstations are usually equipped with remote monitoring and unattended operation, which can create a low-risk experimental environment and further ensure the safety of experimenters.

4. Flexibility and scalability

1. Flexible configuration: The fully automatic liquid processing workstation can be flexibly configured according to experimental needs, supporting different specifications and types of test tubes, microplates and other experimental containers, and is suitable for various experimental types and application scenarios.

2. Strong scalability: Various tasks can be quickly implemented through programming, and the number and types of samples and reagents can be easily increased or reduced, allowing the workstation to adapt to different experimental needs.

5. Intelligence and convenience

1. Intelligent computing: Workstations are usually equipped with powerful intelligent computing functions, which can automatically complete tasks such as concentration calculation and pipette volume calculation, avoiding tedious manual calculations.

2. Easy to operate: The operation interface of the workstation is usually intuitive and easy to understand. Operators can easily set experimental parameters, monitor experimental progress, and view experimental data and results in real time. In addition, many workstations also support functions such as one-click startup and batch processing, further improving the convenience of operation.

6. Other advantages

1. Reduce cross-contamination: Fully automatic liquid handling workstations are usually equipped with functions such as automatic cleaning and light-proof casing, which can effectively reduce residue levels and avoid the impact of light on samples, thereby reducing the risk of cross-contamination.

2. Improve laboratory competitiveness: The use of fully automatic liquid processing workstations can improve the scientific research level and competitiveness of the laboratory, giving the laboratory more advantages in the field of scientific research.

The fully automatic liquid handling workstation has become an indispensable tool in modern scientific research laboratories due to its excellent accuracy, efficient workflow, strong flexibility and scalability, and significant improvement in laboratory safety and hygiene. . They not only greatly reduce the labor intensity of scientific researchers and improve work efficiency, but also provide a strong guarantee for the accuracy and repeatability of experimental results.