ATP Hygiene Monitoring System LAHMS-T2010

Introduction

Hygiene Monitoring System features a high sensitivity with a detection limit as low as 10⁻¹⁶ moles of . It uses a swab to measure levels through a bioluminescent reaction and delivers results in about 10 seconds. The system has a 3.5-inch high-resolution color screen with an intuitive interface. Its powerful memory capacity enables efficient tracking and long-term hygiene monitoring. Our system evaluates surface cleanliness by detecting (adenosine triphosphate), a biological marker in all living organisms.

This hygiene monitoring system is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our  Hygiene Monitoring System is used to verify surface cleanliness in food processing, healthcare, pharmaceuticals, and environmental monitoring. It helps detect contamination quickly to ensure hygiene compliance and prevent microbial risks.

Specifications

Detection Limit	10-16 moles
Detection Deviation	5% or ± 5
Self-Calibration at Startup	15s or 60s
Real-Time Detection Time	10 sec per test
Reproducibility	CV 8% to 20%
Correlation Coefficient	R2 is greater or equal to 0.99
Memory Capacity	255 test plans, 255 user IDs, 2000 test programs, 1000 results
Communication Interface	and Bluetooth
Running Time	Continuously work for more than 8 h Standby for more than 600 h
Permissible Temperature	5 to 40ºC
Permissible Humidity	Less than 60%
Power Supply	Rechargeable Battery
Dimension	189 × 70 × 36 mm
Weight	300 g

Features

Low power consumption

and Bluetooth connectivity

Quick self-calibration

Pre-configured templates

Intuitive operation

FAQs

1. What is the primary function of the Hygiene Monitoring System ?

Hygiene Monitoring System is designed to rapidly assess the cleanliness of surfaces by detecting (adenosine triphosphate), a molecule found in all living organisms. By identifying the presence of through a bioluminescent reaction, it helps determine whether a surface has been effectively cleaned or may still harbor organic contamination. It delivers results in just 10 seconds, making it ideal for real-time hygiene verification in regulated environments.

2. How accurate and sensitive is the Hygiene Monitoring System in detecting contamination?

Hygiene Monitoring System offers exceptional sensitivity, with a detection limit as low as 10?¹? moles of . Its reproducibility ranges from 8% to 20% CV, and it provides a strong correlation coefficient (R² is greater than or equal to 0.99), ensuring consistent and reliable results. This level of precision is crucial in industries such as healthcare, food processing, and pharmaceuticals, where microbial contamination must be tightly controlled.

3. What are the key features that make the Hygiene Monitoring System user-friendly?

Hygiene Monitoring System is designed for intuitive operation with a 3.5-inch high-resolution color screen, and Bluetooth connectivity, and pre-configured templates that simplify the workflow. It also includes a quick self-calibration process at startup (15 or 60 seconds), ensuring measurement consistency without extensive user input. Its compact design and lightweight structure (300 g) make it easy to use in field or facility inspections.

4. In what environments can the Hygiene Monitoring System be used effectively?

Hygiene Monitoring System is suitable for a range of controlled environments where hygiene is critical. These include food processing plants, healthcare facilities, pharmaceutical production areas, and environmental monitoring sectors. It operates reliably within a temperature range of 5 to 40°C and at humidity levels below 60%, allowing for dependable use across various indoor settings.

5. How does the Hygiene Monitoring System store and manage hygiene monitoring data?

It is equipped with robust memory capacity, the Hygiene Monitoring System can store up to 255 test plans, 255 user IDs, 2000 test programs, and 1000 individual test results. This enables long-term data tracking and user-specific monitoring. The system is ideal for facilities that need to maintain audit trails or comply with hygiene verification standards and regulations.

6. What is a Hygiene Monitoring System and why is it important in regulated industries?

A Hygiene Monitoring System is a tool used to evaluate the cleanliness of surfaces, equipment, or environments by detecting the presence of organic residues such as since it is a biomarker present in all living beings. It is especially important in regulated industries like food processing, pharmaceuticals, and healthcare, where even minor contamination can lead to health hazards, product recalls, or regulatory non-compliance.

7. How does a Hygiene Monitoring System detect contamination on surfaces?

Hygiene Monitoring System typically uses bioluminescence-based detection. This involves swabbing a surface with a specialized collection swab and inserting it into a handheld luminometer. Biomarker, if present on the surface, reacts with a reagent in the device to emit light, which is measured in relative light units (). The intensity of light indicates the level of contamination. This process provides results within seconds and helps users take immediate corrective actions if hygiene levels are insufficient.

8. In what environments can a Hygiene Monitoring System be effectively used?

Hygiene Monitoring Systems can be effectively used in any environment where hygiene is critical, including food manufacturing plants, hospitals, laboratories, pharmaceutical production areas, commercial kitchens, cleanrooms, and environmental inspection settings. Its versatility allows organizations to verify cleaning processes across surfaces, equipment, and even water samples. These systems are particularly valuable in facilities where frequent cleaning validations are required as part of regulatory compliance or internal quality assurance protocols.

9. What are the advantages of using a Hygiene Monitoring System over traditional microbiological testing?

Hygiene Monitoring System offers several advantages over traditional microbiological methods. It delivers immediate results (typically within 10 to 15 seconds), allowing real-time decisions about sanitation effectiveness. In contrast, microbiological cultures can take 24 to 72 hours. Hygiene monitoring systems are portable, easy to operate, and do not require lab expertise. They are ideal for routine verification, reducing downtime, and allowing for quick corrective measures, making them more efficient for daily operational use.