Chloramphenicol Rapid Detection System Equipment

The Chloramphenicol Rapid Detection Kit for Aquatic Products can quickly detect chloramphenicol residues in muscle tissue (fish, shrimp, and other aquatic products). The entire testing process using the Chloramphenicol Rapid Detection Kit takes approximately 30 minutes. with a sensitivity of 0.3 μg/kg (ppb). This device can also be used for rapid detection of tetracyclines, nitrofurans, sulfonamides, fluoroquinolones, malachite green, and other substances.

The chloramphenicol rapid detection system utilizes the principle of immunosorbent assay (ISA). During lateral migration, chloramphenicol in the sample binds to colloidal gold-labeled specific monoclonal antibodies, thereby inhibiting the binding of chloramphenicol-BSA conjugates on the NC membrane detection line, enabling rapid determination of chloramphenicol residues.

The instrument is an integrated rapid food safety testing and analysis device, widely used in livestock farms, slaughterhouses, food meat product processing enterprises, food testing, health, higher education institutions, research institutes, agriculture, and other organizations.

• Android smart operating system, featuring more efficient and user-friendly operations. The device supports Ethernet connectivity, Wi-Fi data upload, and GPRS wireless remote transmission, enabling rapid data upload.

• Integrated portable rapid testing device, suitable for on-site and mobile testing applications. All testing projects can be conducted under the same software, with test results displayed intuitively through a single interface.

• Highly intelligent with self-testing functionality: includes power-on self-test and zero calibration functions, as well as automatic repeatability testing.

• Next-generation high-speed thermal printer, automatically prints test reports and QR codes upon completion of testing.

• Colloidal gold module testing method: track-based automatic transmission scanning, with test cards automatically ejected after testing is complete.

• The instrument features a diverse sample menu library, allowing flexible selection of test samples. Different testing channels can simultaneously test different sample items.

• The instrument has self-protection functionality, allowing the setting of usernames and passwords to prevent unauthorized personnel from operating it.

• High sensitivity, high detection accuracy, and high repeatability accuracy, with a scanning-type high-precision optical sensor.

• The instrument is equipped with a regulatory platform. Data can be uploaded via local area networks and the internet, with test results directly transmitted to the food safety regulatory platform. It enables regional food safety regulation, big data analysis and processing, and data statistics, monitoring the short-term and long-term dynamics of regional food safety to achieve food safety issue prediction and early warning.

• It has a built-in powerful database, allowing users to directly select sample names, detection indicators, and submitting units on the chloramphenicol rapid detection instrument for aquatic products, or directly edit and input sample names, detection indicators, and submitting units on the instrument and save them into the sample database.

• Supports USB storage. The result judgment line can be modified, and the reference value calibration values can be saved, with no data loss in case of power failure.

• Compatible with all colloidal gold cards on the market, with no restrictions on consumables, enhancing the user experience.

• Test results are in Excel format, can be copied to a computer, and support batch printing and batch uploading.

• CT lines are automatically recognized, eliminating the need for manual adjustment.

• The instrument features recalibration, lock, and factory reset functions.

• Sample processing is simple and efficient, with overall operations being fast, safe, and convenient.

• Built-in new national limit standards, allowing on-site comparison with test results, with standards continuously updated.

• Continuous sample feeding, continuous testing, with sample numbers automatically incremented.

• Test items can be expanded, and firmware can be upgraded.