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Biological Hazard Factor Detector
BU-10
BU-10 is a handheld biological hazard factor detector using Quantum Dot Lateral Flow technology, which combines immunochromatography with semiconductor quantum-dot fluorescent probes. It provides rapid qualitative and quantitative detection of bacteria and spores, viruses and toxins, with a single sample completed in under ten minutes.
Overview
Product information at a glance
Immunochromatographic strips are simple and fast, but read by eye they depend on the operator's judgement and struggle at low concentrations. BU-10 keeps the simplicity and removes the interpretation: the instrument collects and analyses the light signal from quantum-dot probes and reports an objective result rather than a line for someone to assess.
Quantum-dot probes provide high quantum yield, strong fluorescence and good stability, which is what allows both a sensitive reading and a quantitative one. Upgraded immunochromatography raises sensitivity further, while high specificity keeps cross-reactivity down so a result can be relied on.
The system comprises a main unit, test cartridges, sample-processing solution and standard accessories, and the reagents are harmless to samples and to the environment. A single sample completes in under ten minutes, battery life supports more than five hours of work, and up to a thousand results can be stored and exported.
Visual reference
Product gallery
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Technical data
Technical specifications
- Power Supply
- Battery more than 5 hours, can also be connected to power source
- Weight
- <0.5 kg
- Size
- 18cm x 10cm x 4cm
- Screen
- Around 3 inch color LCD
- Storage Capacity
- More than 1000 Results
- Connectivity
- Wired and Wireless
Application areas
Application areas
Case studies
Application cases
01Mobile Laboratory Deployment for On-Site CBRN Analysis
An illustrative scenario for bringing selected analytical capability closer to a controlled incident area and shortening the information cycle between collection, analysis and operational decision.
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02On-Site Sampling and Analysis of Suspicious Biological Materials
A suspicious-biological-material response protects the scene, documents the item and transfers controlled samples through a defined chain of custody.
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03Public Area Biosecurity
Planned bioaerosol sampling in public transport supports environmental research when location, airflow, occupancy and laboratory analysis are treated as one study design.
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04Airborne Biological Monitoring in a High-Risk Facility
An illustrative scenario for continuous bioaerosol monitoring that establishes a baseline, detects abnormal changes and supports targeted sampling for laboratory identification.
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