Fluorescent Quantitative Detector for Pesticide Residues

The Fluorescent Quantitative Pesticide Residue Detector employs rapid fluorescent quantitative detection principles to primarily test for residues of chlorothalonil, chlorothalonil, carbendazim, triazophos, and pyriproxyfen, among others. This equipment is widely used for pesticide residue testing in vegetables and fruits at vegetable wholesale markets, supermarkets, shopping malls, and departments such as food and drug administration.

• Intelligent Operation: Android smart operating system with a 10.1-inch HD color touchscreen for intuitive and smooth operation and display.

• Exceptional Stability: Utilizes imported fluorescent microspheres with uniform particle size, ensuring product stability from the source and excellent reproducibility within and between batches. Equipped with an 8-well constant-temperature incubator featuring one well per channel, automatic timing, and audible alerts. Unaffected by external temperature and humidity, enabling broader application scenarios.

• Built-in quantitative standard curve: The instrument incorporates a standard curve, eliminating the need for external standards or manual curve creation during testing. This reduces costs and prevents operator exposure to vomitoxin, ensuring safety.

• Low operational requirements: Minimal demands on pre-processing equipment and personnel. Operators require only basic training or can learn via the instrument's instructional videos.

• Mobile and portable: Lightweight and compact design with a full set of pretreatment equipment and a rolling case, suitable for both field and laboratory testing.

• Built-in thermal printer: Enables immediate printing of test results, with data upload capability to regulatory platforms.

• Quality control function: Upper limits can be set for each parameter. Upon test completion, the instrument automatically determines if results exceed standards and saves findings.

• Cost-saving: Compared to chromatographic testing, consumable costs are minimal, and significant savings in labor and resources substantially reduce testing expenses.