ATP Fluorescence Detector

Model : ATP-I

Detection Time : 15 s
Coliform Bacteria : 1–10⁶ CFU
Detection Range : 0 to 999999 RLU
Detection Accuracy : 1×10^-18 mol ATP

ATP content can clearly indicate the amount of residual microorganisms and other organisms in the sample

ATP fluorescence detector Introduction:

The ATP fluorescence detector is based on the principle of firefly luminescence, using the

"luciferase luciferin system" to quickly detect adenosine triphosphate (ATP). ATP swabs

contain reagents that can lyse cell membranes, which can release ATP from cells and react

with specific enzymes contained in the reagents to produce light. The luminescence value is

then detected using a fluorescence lux meter, and the number of microorganisms is proportional

to the luminescence value. Since all living cells contain a constant amount of ATP, the ATP content

can clearly indicate the amount of residual microorganisms and other organisms in the sample,

which is used to determine the hygiene condition.

ATP fluorescence detector is widely used in various industries such as bacterial and microbial

detection, medical and health, food safety, market law enforcement, surface cleanliness testing,

medical and epidemic prevention, water quality and water management, production line hygiene,

industrial water treatment, environmental protection testing, customs entry and exit quarantine,

and other law enforcement departments.

1. Practicality: upper and lower limits can be set according to environmental detection requirements,

achieving rapid data evaluation and warning, and rapid screening of surface cleanliness.

2. High sensitivity: 10^–¹⁵ to 10^–¹⁸ mol.

3. Fast speed: conventional cultivation methods require 18-24 hours or more,

while ATP only takes a dozen seconds.

4. 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

5. 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.

6. Better Experience: The test tube adopts a flexible plug-in design, which can be regularly cleaned and used

for a long time, extending the lifespan of the instrument.

Model	ATP-I
Display Screen	3.5-inch high-precision graphic touch screen
Processor	32-bit high-speed data processing chip
Detection Accuracy	1×10⁻¹⁸ mol ATP
Coliform Bacteria	1–10⁶ CFU
Detection Range	0 to 999999 RLU
Detection Time	15 s
Detection Interference	± 5% or ± 5 RLU
Operating Temperature Range	5–40 ℃
Operating Humidity Range	20–85%
ATP Recovery Rate	90–110%
Detection Mode	RLU, Escherichia coli screening
Output Interface	Equipped with a mini USB interface, the results can be uploaded to a PC
Power Supply	5 V, 2 A
External Size (W×D×H)	188×77×37 mm
Shipping Size (W×D×H)	330×280×220 mm
N.W./G.W.	0.25/2.3 kg