Mycotoxin Detection Solution
1. Background & Significance
Mycotoxins such as aflatoxin, deoxynivalenol (DON), zearalenone, ochratoxin A, fumonisin, and T 2 toxin are common biological hazards in grain, feed, and certain food products. They possess strong toxicity and potential carcinogenicity, posing serious threats to food safety and public health. Traditional laboratory testing is time consuming (2–3 days) and equipment heavy, making it unsuitable for rapid screening at fields, warehouses, processing plants, or regulatory sites.
LIONDE Intelligent Technology combines laboratory grade precision, portable design, and data interconnection to deliver a mycotoxin detection solution covering the entire chain from acquisition to consumption, truly embodying our core proposition — Technology Empowers Enterprise Efficiency .
2. Target Customers & Application Scenarios
Grain & oil enterprises, feed mills, flour mills: Screening raw materials during procurement, monitoring storage for mold risk, and full process testing during production.
Farms & livestock operations: Monitoring feed raw materials and finished products to reduce animal poisoning and product contamination risks.
Third party inspection agencies, grain storage companies: Rapid sampling inspection in compliance with national standards.
Grassroots agricultural bureaus, market supervision offices, emergency response teams: On site rapid detection for major events and food poisoning investigations.
Breweries: Screening raw grain for toxins to ensure fermentation safety and final product quality .
3. Core Products & Detection Capabilities
3.1 Multi Channel Mycotoxin Fluorescence Quantitative Detector
Principle: Fluorescence immunoassay using imported fluorescent microspheres; batch stability ensured, repeatability CV ≤ 3%, accuracy error ≤ 5% .
Detectable Items & Ranges:
Aflatoxin B1: 1–100 µg/kg
Deoxynivalenol: 50–5000 ppb
Ochratoxin A: 2–400 µg/kg
Zearalenone: 5–400 µg/kg
Fumonisin: 50–6000 ppb
T 2 Toxin: 2–2500 ppb
Efficiency: 15 minutes for simultaneous multi toxin detection on a single sample, replacing 2–3 days of lab work.
Hardware Highlights:
Android OS with 7 inch HD touchscreen and built in tutorial videos.
Six independent channels, no mutual interference, supporting parallel multi item tests.
Built in quantitative standard curve; no need for repeated standard use, saving cost and reducing operator exposure.
Multiple data interfaces (USB, WiFi, Bluetooth, Ethernet); storage ≥ 100,000 records; supports U disk export and cloud sync.
Military grade pull rod case (shockproof, IP54 waterproof) for field portability .
3.2 Fluorescence Quantitative Detector (Grain, Oil & Feed Edition)
Optimized for grain, oil, and feed industries; detects six common toxins including aflatoxin B1/M1, DON, zearalenone. Data can be linked to enterprise management or regulatory platforms for risk alerts. Customizable detection programs and stable reagent supply available for flour mills and feed plants .
4. Typical Solution Designs
4.1 Grain, Oil & Feed Mycotoxin Pollution Prevention & Control Solution
Full chain coverage:
Procurement: Rapid screening of moldy raw materials to block contaminated inputs.
Storage: Regular monitoring to detect mold trends early and guide zoned storage.
Processing: End to end testing ensuring compliance with GB 2761 and GB 13078 standards.
Technical advantages: 15 minute multi toxin synchronous detection; real time data upload to management or regulatory platforms for risk warning.
Service support: Custom detection procedures, integrated reagent supply, and operational training .
4.2 Mobile Sampling Solution for Grassroots Regulatory Authorities
Scenarios: Fields, farmers’ markets, emergency incidents.
Device features: Portable detector (~A4 size), pull rod case + vehicle power supply; results in 8 minutes, accuracy ≥ 96%; covers grains, nuts, feeds.
Closed loop mechanism: On site report printing and platform upload to achieve “detection → disposal” closure.
Support services: 24 hour emergency response, operation training, and drill exercises for major event security and food poisoning investigation .
5. Value & Competitive Advantages
Efficiency boost: Testing cycle reduced from 2–3 days to .
6. Implementation Recommendations
Preparation: Select detection items and frequency per enterprise/institution needs; configure corresponding instruments and reagents.
Training: Use built in video tutorials for standardized operation.
Process integration: Embed rapid testing nodes into critical control points (procurement, storage, production) to build digital quality archives.
Platform integration: Connect detection data with regulatory or enterprise management platforms for real time analysis and alerts.
Continuous improvement: Adjust testing frequency and scope based on data feedback to form a sustainable quality and safety system.
7. Conclusion
Lanende Intelligent Technology’s mycotoxin detection solution, centered on portability, precision, intelligence, and connectivity, extends laboratory level capabilities to the field and front line. It empowers enterprises to swiftly identify risks across procurement, production, and regulatory processes, building a solid barrier for food safety and fully realizing Technology Empowers Enterprise Efficiency — safeguarding global food safety with Chinese innovation.
Prev
Next
