Double Channel Biosensor Analyzer NDBA-200 delivers a fine resolution of 0.01g/L, ensuring detailed detection of substances. With a precision of less than 2%, this system provides consistent and trustworthy results. Our unit is designed for efficient and accurate dual-sample analysis. This analyzer is suitable for use in clinical, research, and quality control labs. Our unit has a compact and intuitive design making it simple to use and maintain. This unit is used for bioprocessing, food & beverage testing, and pharmaceutical industry.
FAQ for Double Channel Biosensor Analyzer NDBA-200
1: What is the Double Channel Biosensor Analyzer NDBA-200?
The Double Channel Biosensor Analyzer NDBA-200 is a dual-channel biosensor analyzer designed for fast, simultaneous testing of two biological samples. It ensures high accuracy and efficiency in lab diagnostics.
2: What is the resolution and precision of the Double Channel Biosensor Analyzer NDBA-200?
Double Channel Biosensor Analyzer NDBA-200 offers a resolution of 0.01g/L and a precision of less than 2%. This ensures reliable and detailed test results for critical applications.
3: Where is the Double Channel Biosensor Analyzer NDBA-200 commonly used?
Double Channel Biosensor Analyzer is widely used in clinical diagnostics, biochemical research, and food safety labs. The dual-channel features improved productivity and testing speed.
4: Can the Double Channel Biosensor Analyzer NDBA-200 be used for glucose testing?
Yes, the Double Channel Biosensor Analyzer NDBA-200 is suitable for glucose, enzyme, and metabolite testing. Its sensitivity and precision make it ideal for such applications.
5: Is the Double Channel Biosensor Analyzer NDBA-200 easy to operate?
Our device Double Channel Biosensor Analyzer has a user-friendly interface with automated functions. Minimal training is required for routine use in laboratory settings.
6: What are biosensor analyzers used for?
Our Biosensor analyzers are devices that combine a biological element with a transducer to detect specific substances in a sample. They can be used for detecting pollutants, monitoring medical parameters, or quality control in food production.
7: How do biosensor analyzers work?
A biological interacts with the analyte. This interaction generates a signal that is then converted into a measurable form (like electrical or optical) by the transducer.
8: Are biosensor analyzers used in clinical settings?
Yes, Labnics biosensor analyzers are used in various medical applications, such as blood glucose monitoring, detecting specific biomarkers for disease diagnosis, and even for drug delivery and monitoring.
9: What are the advantages of using biosensor analyzers?
Labnics Biosensor analyzers can be highly sensitive and specific, allowing for the detection of low concentrations of analytes. They can also be smaller, more affordable, and faster than traditional methods, making them suitable for various applications.
