Medical automated sample processing refers to the process of using automated technology and equipment to perform a series of operations such as receiving, identifying, processing, storing and transmitting medical samples. These operations usually include sample aliquots, mixing, dilution, distribution, detection, etc., aiming to improve laboratory work efficiency, reduce human errors, and ensure the accuracy and reliability of test results.

1. Main equipment and functions 1. Opentrons fully automatic sample processing system: sample input module: used to receive samples collected from patients, such as blood, urine, body fluids, etc. This module usually includes a sample barcode scanner, which is used to scan the barcode information on the sample label to ensure accurate identification of the sample. Sample processing module: It is the core part of the fully automatic sample processing system, including sample packaging, mixing, dilution, distribution and other functions. This module typically includes liquid handling workstations, mixers, dispensers, and other equipment for automated sample processing. 2. Automatic sample processor: It is an automated equipment that integrates multiple functions such as sample processing, detection, and analysis. It uses precise robotic arms, sensors and control systems to achieve fully automated processing of samples from collection, preparation, analysis to result output. 3. Automated microbial sample processing system: The automated processing system for microbial samples can reduce sample processing and testing time, improve detection efficiency, and reduce detection error rates.

2. Work flow and advantages 1. Work flow: (1) Place the samples to be processed into the sample rack or sample bin of the system. (2) Enter sample information on the system interface, such as sample number, project type, etc. (3) Start the system and let the system automatically process samples, including sample mixing, distribution, dilution and other operations. (4) As needed, place the corresponding reagents into the reagent compartment of the system. (5) Enter reagent information on the system interface, such as reagent number, concentration, etc. (6) The system will automatically prepare and add reagents according to the set experimental plan. (7) According to the experimental needs, select the corresponding experimental projects and experimental plans on the system interface. (8) Start the system for experimental operations. The system will automatically perform reactions, detection and other operations according to the set procedures. (9) After the experiment is completed, the system will automatically generate experimental data and results. (10) Check the experimental results on the system interface, including the concentration of various indicators, positive/negative judgment, etc. (11) The experimental results can be exported or printed for doctors or patients to view and analyze. 2. Advantages: (1) Improve work efficiency: The automated sample processing system can quickly process a large number of samples, significantly improving laboratory work efficiency. (2) Reduce human errors: Through automated operations, manual intervention is reduced, thereby reducing the risk of human errors. (3) Ensure the accuracy and reliability of test results: The automated sample processing system uses high-precision equipment and advanced technology to ensure the accuracy and reliability of test results. (4) Reducing biohazards: Automated processing reduces the direct contact between laboratory workers and samples, thereby reducing the risk of biohazards.

With the rapid development of science and technology and the continuous expansion of its application fields, automated medical sample processing technology is gradually becoming the first choice for achieving efficient, accurate, and safe sample processing in many fields. It not only greatly improves the efficiency and quality of sample processing, but also provides strong technical support for many key aspects such as medical research, disease diagnosis, treatment monitoring, etc., and effectively promotes the overall improvement of modern medical standards.

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