Application scope of ATP fluorescence detector

The ATP fluorescence detector has a wide range of applications and can be used in various industries such as food, medicine and health, pharmaceuticals, daily chemical products, papermaking, industrial water treatment, national defense, environmental protection, water administration, customs entry and exit quarantine, and other departments. It is compact in size, easy to operate, and uses special sealing materials to improve light avoidance, resulting in more accurate and stable detection results. According to the principle that there is a clear correlation between the number of microorganisms and the ATP content in microorganisms, by detecting the ATP content, the number of microorganisms in the reaction can be indirectly obtained, which can clearly indicate the amount of residual microorganisms and other organisms in the sample and be used to judge the hygiene condition.

Main parameters of ATP fluorescence detector

1. Large screen clear LCD display

2. Detection accuracy: 5 × 10-18mol

3. Detection range: 0 to 9999 RLUs

4. Detection time: 15 seconds

5. Detection interference: ± 5% or ± 5 RLUs

6. Operating temperature range: 5 ℃ to 40 ℃

7. Operating humidity range: 20-85%

8. ATP recovery rate: 90-110%

9. Detection mode: RLU、 Escherichia coli screening

10. 50 user ID settings

11. Number of adjustable result limits: 251

12. 1999 memory storage units

13. Automatically judge as qualified

14. Automatically calculate the pass rate

15. Built in self calibrating light source

16. Self check after 30 seconds of startup

17. Equipped with a USB interface, the results can be uploaded to a PC

18. Instrument dimensions (W × H × D): 192mm × 87mm × 34mm

19. Use two standard size 5 batteries or rechargeable lithium batteries

21. Standby state (20 ℃): 6 months

22. Chinese operation manual

23. Stable liquid luciferase

24. Wet integrated collection swab

ATP fluorescence detector instrument characteristics

1. High sensitivity -10-15 to 10-18 mol

2. Fast speed - conventional cultivation methods require 18-24 hours or more, while ATP only takes a dozen seconds

3. Feasibility - There is a clear correlation between the number of microorganisms and the ATP content in microorganisms. By detecting ATP content, the number of microorganisms involved in the reaction can be indirectly determined

4. Operability - Traditional cultivation methods require trained technicians to operate in the laboratory; The ATP rapid cleanliness detection operation is very simple, and only simple training is needed for on-site operation by general staff.

Advantages and characteristics of ATP fluorescence detector

Handheld ATP detectors are more suitable for rapid on-site detection than desktop ATP detectors. In order to meet the needs of rapid on-site detection, it is advisable to choose a handheld ATP fluorescence detector (also known as a handheld ATP fluorescence detector) to achieve real-time detection of flow status. Although large desktop ATP fluorescence detectors may have better sensitivity than handheld ATP detectors, they can only be used in laboratory settings, which is not conducive to on-site detection in mobile places such as catering services and medical sensing control.

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