Aflatoxin detector

Aflatoxins (AFT) are a group of chemically similar compounds, all derivatives of dihydrofuran coumarin. Aflatoxins are primarily secondary metabolites produced by Aspergillus flavus and Aspergillus parasiticus. The likelihood of aflatoxins occurring in food and feed is highest in humid and hot regions.

They are present in soil, plants, animals, and various nuts, particularly contaminating crops such as peanuts, corn, rice, soybeans, and wheat. AFTs are the most toxic mycotoxins and pose a significant threat to human health, so quality control and testing departments in the food and feed industries routinely test samples for AFTs.

Aflatoxin detection instruments are widely used in fields such as immunopathology, microbial antigen and antibody detection, parasitic disease diagnosis, hematological disease diagnosis, and plant pest research, as well as in the detection of toxins in products such as grains, food, feed, oils, dairy products, drugs, beverages, and alcohol. This instrument is simple and convenient to use, and provides rapid testing results. It is widely used by food and drug administration bureaus, health supervision departments, agricultural departments, inspection and quarantine departments, food production enterprises, and other organizations for monitoring unsafe indicators in food.

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

• Highly intelligent, the instrument features self-diagnostic functions: it includes power-on self-test and zero calibration functions, as well as automatic detection of repeatability.

• It offers a diverse sample menu library, allowing flexible selection of test samples. Different detection channels can simultaneously test various sample parameters.

• Equipped with a new-generation high-speed thermal printer, the instrument can automatically print test reports and QR codes upon completion of testing.

• Features a powerful built-in database, allowing direct selection of sample names, testing indicators, and submitting units on the instrument, or direct editing and input of such information into the sample database for storage.

• 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. This 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.

• An integrated main unit, including a food safety testing module, a multi-channel pesticide residue testing module, and a colloidal gold immunochromatography testing module. Colloidal gold module detection method: track-based automatic transmission scanning, with the test card automatically ejected after detection is complete.

• Integrated portable rapid testing device, suitable for on-site and mobile testing needs, capable of performing all testing projects under the same software, and displaying test results intuitively through a single interface.

• CT line automatic recognition, no manual adjustment required.

• Automatic adjustment and calibration of light source brightness.

• Simple and effortless sample processing, with overall operation being fast, safe, and convenient.

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

• 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, high repeatability accuracy, and a scanning high-precision optical sensor.

• The result judgment line can be modified, and reference values and 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.

• Intelligent constant current voltage regulation, automatic light intensity calibration, and no temperature drift in the light source during prolonged continuous operation.

• Built-in new national limit standards, enabling on-site comparison with test results and continuous standard updates.

• Continuous sample injection, continuous detection, and automatic incrementing of sample numbers.