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There are various types of African swine fever detection instruments, and the demand for equipment varies significantly in different scenarios. When selecting, it is necessary to consider one's own detection scale, technical level, and usage scenarios to avoid "overusing" or "insufficient accuracy". Whether it's small farmers or large testing institutions, only equipment that matches their needs can be of value.

Small pig farms and free range farmers have the core demand for "fast screening and easy operation", and it is recommended to choose colloidal gold rapid detection instruments. This type of device is compact in size and does not require professional technicians to operate. Simply drop the processed sample onto the test strip and observe the results in 15-20 minutes. It can meet the needs of daily introduction testing and sudden symptom investigation. At the same time, its procurement cost and subsequent usage cost (such as reagent prices) are relatively low, which is in line with the budget of small-scale aquaculture entities.

Large scale pig farms and medium-sized slaughter enterprises need to balance detection accuracy and efficiency, and fluorescent quantitative PCR detection instruments are a more suitable choice. This type of enterprise has a large sample testing volume, and the testing results directly affect production decisions. The high precision performance of PCR instruments effectively avoids false positive or false negative results. If the daily detection volume exceeds 20 samples, PCR instruments with automatic sampling function can be selected to reduce manual operation time; If you need to integrate with the enterprise management system, you can prioritize selecting models that support data export to achieve linkage management between detection data and breeding archives.

Regional animal husbandry and veterinary stations and third-party testing institutions are responsible for disease monitoring and testing services within their jurisdiction, and have higher requirements for equipment universality and stability. It is recommended to choose a fluorescence quantitative PCR instrument with modular design, which can detect various diseases such as African swine fever, swine fever, foot-and-mouth disease, etc. by replacing the detection module, and improve equipment utilization. At the same time, the equipment needs to have good anti-interference ability and data storage function to meet the detection and data traceability requirements in different scenarios.