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Labmate ATP Luminometer LMAHM-A100 detects ATP from surface swab samples through bioluminescence, with a 0 to 999,999 RLU detection range and results within 15 seconds. Detection sensitivity down to 1 × 10⁻¹⁸ mol ATP identifies low residual contamination, while settable upper and lower thresholds give automatic pass/fail evaluation. As a handheld hygiene monitoring system, the luminometer supports on-site sanitation verification and contamination control.
Specifications
| Detection Principle | Firefly luciferase–luciferin bioluminescence |
| Detection Sensitivity | 1 × 10⁻¹⁵ to 1 × 10⁻¹⁸ mol ATP |
| Detection Range | 0–999,999 RLU |
| Detection Mode | RLU |
| Testing Time | 15 s |
| Deviation | ±5% or ±5 RLU |
| ATP Recovery Rate | 90–110% |
| Pass/Fail Evaluation | Settable upper and lower limits with automatic pass/fail judgement |
| Calibration | Built-in self-calibrating light source |
| Self-Check | Automatic self-check 30 s after start-up |
| Display | 3.5-inch graphic touch screen |
| Processor | 32-bit data processing chip |
| Data Transfer | Mini USB interface for uploading results to a PC |
| Software | Data analysis software on USB drive |
| Battery | 3.7 V, 3000 mAh lithium battery |
| Standby Time | 6 months (at 20°C) |
| Operating Temperature | 5–40°C |
| Operating Humidity | 20–85% |
| Product Dimensions (W × H × D) | 188 × 77 × 37 mm |
| Packaging Dimensions | 400 x 300 x 200 cm |
| Net weight | 400 g |
| Gross Weight | 3 kg |
Pricing
| Product | Price | Unit | Action |
|---|---|---|---|
| ATP Luminometer LMAHM-A100 | $ 3262.5 | Each of 1 |
Features
Detection System
Bioluminescence ATP detection
Test Capability
ATP, ALP and milk allergen testing
Measurement Performance
High-sensitivity RLU measurement
Result Evaluation
Automatic pass/fail judgement
Calibration System
Self-calibrating light source
Data Management
PC data transfer via USB
Standard Accessories
Applications
Applications: Food Processing | Healthcare Facilities | Water Treatment
Functions: Surface hygiene verification | Cleaning validation | Contamination screening
Frequently Asked Questions
1 What is an ATP Hygiene Monitoring System LMAHM-A100?
An ATP Hygiene Monitoring System LMAHM A100 is a portable luminometer device designed for rapid on-site cleanliness testing through Adenosine Triphosphate detection.
2 How does ATP Hygiene Monitoring System LMAHM-A100 work?
ATP Hygiene Monitoring System LMAHM-A100 works on the principle of bioluminescence detection using the luciferase-luciferin enzymatic reaction.
3 How is ATP Hygiene Monitoring System LMAHM-A100 used in pharmaceutical cleanrooms?
ATP Hygiene Monitoring System LMAHM-A100 verifies surface hygiene compliance in sterile environments as part of GMP practices.
4 Why is ATP Hygiene Monitoring System LMAHM-A100 monitoring important in food processing?
ATP Hygiene Monitoring System LMAHM-A100 ensures production surfaces are free from biological residues that could cause contamination.
5 How is ATP monitoring used in public transportation?
ATP Hygiene Monitoring System LMAHM-A100 checks the cleanliness of high-touch areas like seats, tray tables, and restrooms for passenger safety.
6 Is ATP Hygiene Monitoring System LMAHM-A100 effective for biosafety cabinet cleaning checks?
ATP Hygiene Monitoring System LMAHM-A100 verifies that workspaces meet decontamination protocols.
7 Can ATP Hygiene Monitoring System LMAHM-A100 testing support biosecurity in poultry farms?
ATP Hygiene Monitoring System LMAHM-A100 checks surface hygiene to prevent the spread of pathogens.
8 How does ATP Hygiene Monitoring System LMAHM-A100 help restaurants maintain hygiene?
ATP Hygiene Monitoring System LMAHM-A100 verifies kitchen surface sanitation before food preparation to avoid cross-contamination.
9 How is ATP Hygiene Monitoring System LMAHM-A100 useful in manufacturing plants?
ATP Hygiene Monitoring System LMAHM-A100 ensures that shared surfaces like control panels and break areas meet hygiene standards.
10 What kind of maintenance does ATP Hygiene Monitoring System LMAHM-A100 require?
Regular maintenance includes cleaning of the swab port, proper storage of swabs and reagents, battery charging before it is fully drained, and periodic calibration checks to ensure accuracy and longevity.
11 What is an ATP Hygiene Monitoring System?
An ATP Hygiene Monitoring System is an apparatus designed for verifying the cleanliness of surfaces in food manufacturing, medical facilities and care homes.
12 How does ATP Hygiene Monitoring System work?
It detects surface contamination by measuring the light emitted from a reaction between ATP and a reagent.
13 What types of surfaces can be tested using ATP Hygiene Monitoring System?
It is used to test a wide variety of surfaces such as countertops, equipment, utensils and floors.
14 Can ATP Hygiene Monitoring System be used on equipment or machinery?
It is effective for checking cleanliness on equipment such as utensils or machinery parts.
15 Is ATP Hygiene Monitoring System affected by environmental factors?
Environmental factors such as high humidity, temperature and presence of chemicals affect ATP readings.
16 What kind of maintenance does ATP Hygiene Monitoring System require?
Regular maintenance includes routine calibration, cleaning of the apparatus and proper storage of swabs as well as reagents.
17 How does ATP Hygiene Monitoring System contribute to food safety?
It helps in maintaining contamination free food production surface, reduces the risk of foodborne illness and ensures compliance with food safety regulations.
18 How can ATP Hygiene Monitoring System be used to monitor employee hygiene?
It is used to monitor personal hygiene practices by testing the cleanliness of hands, uniforms, or Personal Protective Equipment (PPE) in food handling or healthcare environments.
19 Can ATP Hygiene Monitoring System be used to monitor the hygiene of restrooms?
It is used to monitor the cleanliness of restrooms, including toilets, sink areas and door handles.
20 Can ATP Hygiene Monitoring System detect contamination after cleaning?
It is used as a final check after cleaning in order to verify that surfaces are free of contaminants.