What is the main purpose of the Beckman Coulter Vi-CELL XR?
The Vi-CELL XR is designed for automated cell viability analysis, providing measurements of cell concentration, viability, and morphology.
Can the Vi-CELL XR handle multiple samples at once?
Yes, it has high-throughput capabilities and can analyze up to 10 samples in a single run.
What technology does this analyzer use for measurements?
The Vi-CELL XR uses advanced image-based technology combined with sophisticated algorithms and image analysis software to ensure precise and reliable results.
Is this analyzer suitable for high-density cell samples?
Yes, it is accurate across a wide range of cell densities, making it suitable for diverse cell population analyses.
How easy is it to operate the Vi-CELL XR?
The device features intuitive software, making it user-friendly and efficient for laboratory workflows.
What type of laboratories or research is the Vi-CELL XR most suitable for?
It is ideal for applications in biopharmaceutical development, regenerative medicine, and fundamental cell biology research.
How does the Vi-CELL XR ensure reproducible results?
The analyzer uses advanced image analysis algorithms and robust software to deliver consistent and reproducible outcomes.
Can it differentiate between live and dead cells?
Yes, the Vi-CELL XR is capable of distinguishing between live and dead cells during viability analysis.
Does the device require manual calibration or setup?
The Vi-CELL XR is designed to automate processes, minimizing manual setup and ensuring ease of use.
How does the analyzer support workflow efficiency?
By automating sample analysis and offering high-throughput capabilities, the Vi-CELL XR significantly streamlines laboratory workflows.