Mycotoxin Detector

I. Product Overview

The fluorescence quantitative mycotoxin rapid detector adopts the fluorescence quantitative rapid detection principle and mainly detects mycotoxin content in grain, oil, cereals and feed, including aflatoxin B1, aflatoxin M1, zearalenone, deoxynivalenol, fumonisins, etc. The test samples cover cereals (rice, corn, wheat, barley, sorghum, etc.) and their products, feed and raw materials, edible oils, milk and dairy products, etc. Sample pre-treatment is simple and the whole test takes about 12 min. The product is suitable for local grain depots, grain production enterprises, feed mills, various livestock and poultry farming enterprises, flour mills, food processing plants, third-party testing institutions and government regulatory departments at all levels.

II. Key Features

1. Smart operation: Android smart operating system with a 10.1-inch HD color touch screen for more intuitive and smoother operation and display.

2. Extremely high stability: Imported fluorescent microspheres with uniform particle size ensure excellent stability from the source, with good intra-batch and inter-batch reproducibility; equipped with an 8-well constant-temperature incubator, one well per strip, automatic timing and buzzer reminder, unaffected by external temperature and humidity for wider applicability.

3. Fast and accurate quantification: Combines the speed of colloidal gold, the quantification of ELISA and the accuracy of chromatography for rapid accurate quantitative detection.

4. Built-in quantitative standard curve: The instrument's built-in standard curve requires no standard materials; no curve building is needed during testing, saving cost and protecting operators from toxin exposure.

5. Low supporting requirements: Minimal requirements for pre-treatment equipment and personnel; operators only need simple training or the in-instrument operation video to learn.

6. Mobile and portable: Light weight and small size, configured with a full set of pre-treatment equipment and a trolley case, suitable for both field and laboratory testing.

7. Built-in thermal printer prints test information promptly; test data can be uploaded to the regulatory platform (thermal paper: 57×30 mm).

8. Massive storage: 8 GB large memory stores over 100,000 test records for easy tracing and querying.

9. Limit judgment: Upper limits can be set per item; after testing the instrument automatically judges whether the limit is exceeded and saves the result.

10. Cost saving: Compared with chromatography, consumable cost is extremely low and labor and material are saved, greatly reducing testing expenses.

11. Card insertion detection: Automatically detects the card-slot status and feeds back a ready signal (testing is impossible if the card is not inserted).

12. ★ Built-in quality control function supports device calibration and inspection submission.

13. Detection curve: Verification of reagent cards prevents misjudgment.

14. Project management: Supports detection item expansion.

15. Interface settings: Title and footer information can be modified to flexibly display instrument information.

16. Data transmission: Wi-Fi, Bluetooth, USB, RFID card reader, barcode scanner module.

17. Data processing: Data can be aggregated and uploaded to the regulatory platform via communication ports.

18. A4 printing: Connect an external Wi-Fi printer to print A4 reports, with support for electronic seals and electronic signatures.

19. Multiple input methods: Both camera and IC card can input test items and curves.

20. Supports upper-computer (PC) control of the instrument.

21. Supports remote OTA upgrade.

22. Constant-temperature incubator: 8 channels independently controlled, compatible with both small test tubes and detection cards, with automatic timing upon insertion.

III. Technical Parameters

IV. Detection Items

Note: The quantitative ranges above are for reference; the actual measurable range depends on the reagent card used.