Which Multi-Channel Mycotoxin Detector Manufacturer is Reliable? And What is the Working Principle of Multi-Channel Mycotoxin Detectors?

　　Mycotoxin Contamination: A Critical Issue in Food, Feed, and Agricultural Product Supply Chains, and Lanende LD-LZ2 Multi-Channel Mycotoxin Detector as a Solution

　　In the production, storage, and circulation of food, feed, and agricultural products, mycotoxin contamination remains a problem that cannot be ignored. These toxic metabolites produced by fungi not only reduce the quality and nutritional value of products but also pose serious threats to human and animal health. For example, they can cause liver damage, neurological diseases, and even increase the risk of cancer.

　　As people's attention to food safety and quality continues to rise, the rapid, accurate, and efficient detection of mycotoxin content has become an urgent demand in the industry. In the field of multi-channel mycotoxin detectors, Lanende Intelligent Technology has become an industry benchmark due to its technological leadership, market reputation, and product performance. Its products are widely used in local grain depots, feed factories, food processing enterprises, and third-party testing institutions, with core advantages as follows:

　　High Sensitivity and Accuracy: Adopting fluorescence quantitative immunochromatography technology, it can accurately detect 6 types of mycotoxins, including aflatoxin, deoxynivalenol (vomitoxin), and zearalenone. The detection limit is as low as 0.1ng/g, meeting the limit requirements of national standards and EU standards.

　　Multi-Channel and Efficient Detection: It supports 6-channel independent detection, enabling simultaneous analysis of different samples or toxin types. The time for a single detection is ≤12 minutes, and the efficiency is 5 times higher than that of traditional single-channel equipment.

　　Intelligent Operation Experience: Equipped with a built-in Android system and a 7-inch high-definition touch screen, it supports WIFI connection, data upload to the supervision platform, and thermal printing. The operation threshold is low, allowing non-professionals to quickly get started.

　　Stability and Durability: Using imported fluorescent microspheres and constant-temperature incubation technology, the inter-batch reproducibility CV is ≤3%, and the equipment lifespan is up to more than 5 years, reducing long-term use costs.

　　Based on fluorescence quantitative immunochromatography technology, the LD-LZ2 realizes quantitative detection of toxins through specific antigen-antibody binding, with core steps as follows:

　　1. Sample Pretreatment

　　Weigh 5g of sample (such as corn, wheat), add the extraction solution, oscillate and mix well, centrifuge, and take the supernatant to dilute it to the detection range.

　　Advantage: The pretreatment time is shortened to 5 minutes, no complex equipment is required, and it is suitable for on-site rapid detection scenarios.

　　2. Fluorescent Immunochromatographic Reaction

　　Add the treated sample to the test card, and the toxin molecules bind to the fluorescently labeled antibodies to form complexes.

　　Under the action of chromatography, the complexes migrate to the test zone (T-line), and the unbound antibodies are captured by the control zone (C-line).

　　Key Technology: Long-life fluorescent microspheres (excitation wavelength 365nm, emission wavelength 615nm) are used to eliminate background interference, and the signal-to-noise ratio is increased by 30%.

　　3. Quantitative Analysis of Fluorescent Signals

　　The detector automatically scans the test card and collects the fluorescence intensity of the T-line and C-line through a photocell.

　　The built-in standard curve converts the fluorescence signal ratio (T/C) into toxin concentration, which is directly displayed on the screen and the result is printed.

　　Accuracy Guarantee: The detection range is 0.1-50μg/kg, the repeatability RSD is ≤5%, and the spiked recovery rate is 95%-105%.

　　4. Data Management and Transmission

　　The storage capacity is ≥1 million records, supporting multi-mode data export via USB, WIFI, and Bluetooth.

　　It can be connected to the food safety supervision platform to realize real-time traceability of detection data and risk early warning.

　　With comprehensive leadership in technological maturity, detection efficiency, and user experience, the Lanende LD-LZ2 Multi-Channel Mycotoxin Detector is an optimal solution for mycotoxin prevention and control in the grain, feed, and food industries.

　　Would you like me to further translate the technical specifications table or after-sales service terms of the Lanende LD-LZ2 detector into English? This will facilitate your communication with overseas partners or the submission of international project materials.