Multi functional automatic samplerThrough its precise mechanical structure and advanced control system, it is possible to significantly reconstruct and optimize the sample processing flow in the laboratory. The following is a detailed explanation of this process:

1、 The traditional way of sample processing flow

In traditional laboratory sample processing procedures, samples usually require manual operations such as extraction, transfer, and injection. This process is not only time-consuming and laborious, but also susceptible to human interference, which can affect the accuracy and reproducibility of experimental results.

2、 The reconstruction function of multifunctional automatic sampler

1. Automation and Intelligence

The multifunctional automatic sampler achieves automatic sample extraction, transfer, and injection through its built-in control system and mechanical structure. This greatly reduces the number of manual operation steps and improves the automation level of the experiment.

Users can set injection parameters such as sample quantity, tag number, sample volume, and injection speed through PC software, making the experimental process more intelligent and controllable.

2. Improve experimental efficiency

The automatic sampler can quickly and accurately complete the injection of a large number of samples, significantly improving experimental efficiency.

By optimizing the injection process, the time and labor costs required for the experiment have been reduced.

3. Enhance experimental accuracy

The automatic sampler adopts a precise mechanical structure and control system to ensure the accuracy of sample extraction, transfer, and injection.

Reducing errors caused by human operation and improving the accuracy and reproducibility of experimental results.

4. Optimize sample management

　　Multi functional automatic samplerUsually equipped with a sample tray, the sample tray is centered around a rotating shaft and evenly distributed with different sample workstations at different radii. This helps to manage and store samples in an orderly manner.

By tracking and recording the samples through the control system, the traceability and safety of the samples are ensured.

3、 Refactored sample processing flow

1. Sample preparation and registration

Check if the information on the inspection form matches the actual received sample.

Record the received samples in detail in the laboratory information system, ensuring that each sample has a unique identification number.

2. Sample placement and parameter settings

Place the samples to be tested on the sample tray of the automatic sampler in the preset order.

Set injection parameters through PC software, including sample quantity, tag number, sample volume, and injection speed.

3. Automatic sampling and detection

Start the automatic sampler, and the injection arm and sample tray coordinate to complete the injection action after receiving control instructions and signals.

The injection needle accurately draws the target sample at different radii of the sample disk and automatically injects it into the detection instrument for testing.

4. Result analysis and reporting

After the testing is completed, analyze and process the experimental results.

Generate a formal inspection report and ensure accurate and complete communication of information to relevant personnel.

　　Multi functional automatic samplerThrough the characteristics of automation, intelligence, efficiency, and accuracy, the sample processing flow in the laboratory has been significantly restructured and optimized. This not only improves experimental efficiency and accuracy, but also reduces labor and time costs, providing strong support for the development of laboratory automation and intelligence.