BactoSense CORE
BactoSense SMART
BactoSense SMART
Designed for comprehensive monitoring of bacteria in water, it provides real-time and accurate data, offering a mature and reliable solution.
BactoSense SMART
BactoSense SMART
BactoSense SMART
Equipped with advanced data processing capabilities, it contributes to intelligent water quality management and research.
BactoSense PURE
BactoSense SMART
BactoSense PURE
Certified by relevant pharmaceutical industry standards, it helps users ensure that water quality meets the highest criteria.
Features
- Fast-Get results in 20 minutes. Enable data-based decision making.
- Online-Get 24/7 real-time monitoring and insights into your water quality. Empower teams for proactive quality management.
- Accurate-Leverage cutting-edge flow cytometry technology for precise detection and analysis of bacterial content.
- Alarm-Configure BactoSense as your early warning system. Get timely alerts to potential contamination threats before they become critical.
- Safe and reliable-No contact with chemicals or waste. All reagents are contained in a hermetically sealed case.
- Long autonomy-Lasting up to 1,000 measurements, ensuring uninterrupted monitoring for weeks to months.
Datasheet
- Measuring principle:Flow cytometry
- Automatic measuring interval:From every 30 minutes to every 6 hours
- Detection range:0–5,000,000 cells/mL
- Power supply:Power supply unit: 100–240 VAC ±10 %, 50/60 Hz, 1.4 A；BactoSense: 18–24 VDC, 60 W
- Dimension (W x D x H):361 x 270 x 424 mm
- Weight:14.3 kg with cartridge (31.5 lbs), 11.1 kg without cartridge (24.5 lbs)
Application
- Municipal tap water:microbial monitoring of raw water, water treatment processes, and water supply systems
- Bottled water and drinks: microbial monitoring of raw water, filtration and disinfection processes, and products
- Pharma and medical water: process control, microbial testing for product release, monitoring of purified water and pharmaceutical water systems
- Academic research:rapid microbial monitoring, microbial fingerprint analysis