Total Cell Count Kit
Reagents for the rapid and quantitative detection of total bacteria in water samples
Total Cell Count Kit for rqmicro.COUNT
Rapid and reliable total cell count analysis with the rqmicro.COUNT enables users to assess and monitor the microbial load in water systems.
Workflow and time used for testing 8 samples
Preparation
30 min total time
15 min hands-on-time
Analysis
25 min total time
Zero hands-on-time
> Share and take actions from the cloud platform
First result available after just 40 minutes
All 8 results available on the instrument and the cloud platform after just 55 minutes
Total hands-on-time for 8 samples is 15 minutes
Features
Easy quantification of bacteria for up to 8 samples in 1 hour
With the rqmicro.COUNT and Total Cell Count kit, quantifying the microbial load has never been easier.
The standard workflow for 8 samples in parallel takes only 2 minutes of hands-on time and enables users to receive granular insight into the microbiology of water systems from 35 min after starting the workflow.
Online data reporting
The cloud platform enables effective water microbiology risk management with different stakeholders and in decentralized applications.
Available features include the definition of target ranges, setting alarm levels, analyzing data using different visualizations and generating reports that are ready to share.
Outcomes
Optimized risk management concept
Predictability in water system operations
Preventive disinfection and maintenance
Early detection of water safety risks
TCC Kit Specifications
Format: 96 Tests per Kit
Storage conditions: Room temperature
Shelf life: 1 year
Product number
: 30010
Recommended for You:
Lab Service
We test your samples using our leading-edge technology to deliver quantitative results on the same day.
READ MORE
How Flow Cytometry Helps Water Utilities Better Understand the Microbial Fingerprint
With rqmicro.COUNT, water utilities can easily and efficiently detect and quantify bacteria in water on-site at key treatment or critical control points using flow cytometry.