Portable ATP Luminometer
Built on advanced photodiode sensor, Portable ATP luminometer is sensitive and ease of use.
Technical Specifications
|
Detection limit |
1X10e15 moles of ATP with ATP kits |
|
Range |
0~9999 RLU （Relative Light Unit） |
|
Detection time |
15 s |
|
Reproducibility |
±5﹪ or ±5 RLUs |
|
Baseline |
≤2RLU |
|
Data storage |
More than 2000 |
|
USB connector |
Data could be transferred to PC |
|
Dimension (W×H×D） |
192 mm×87 mm×34 mm |
|
Weight（including battery） |
260 g |
|
Operation temperature |
5℃ - 40℃ |
|
Operation humidity |
20-85﹪ |
|
Battery |
Two AA size Alkaline Battery |
|
Continuous reading |
600 |
All-in-one ATP test kit
Adenosine Triphosphate, or ATP, is the energy molecule found in all living things, making it a perfect indicator when trying to determine if a surface or water is clean or not. Companies use ATP systems to rapidly verify surfaces cleaned thoroughly in food manufacturing and healthcare applications, and to ensure that biofilms are not developing on the surface that could affect quality. All-in-one ATP test kit is fitted with proprietary water collection device or swab, proprietary luciferase and liquid-stable reagent. Using with a commercial hand-held luminometer (such as portable ATP luminometer), the amount of ATP present in sample could be measured, providing information on the level of contamination in seconds.
ATP swabs surface test
ATP Swabs is fitted with a pre-moistened swab and suitable for testing microbes on surface. Because of its unique luciferase and stable reagent formula, ATP surface test is highly sensitive and stable with a shelf life of 15 months at 4 ℃.
ATP swabs liquid test
ATP swabs liquid test is fitted with a patented water collection device and suitable for testing microbes in liquid. The water collection device offers not only more consistent collection, but also flexible collection volume when needed. Because of its unique luciferase and stable reagent formula, ATP swabs liquid test is highly sensitive and stable with a shelf life of 15 months at 4 ℃.