RWD C100-Pro: The Future of Cellular Analysis
The RWD C100-Pro is more than just a cell counter; it's an essential tool for modern laboratories. With its intelligent analysis software and high-quality microscopy optics, it delivers precise and rapid cellular analyses. Compliant with FDA 21 CFR Part 11, the C100-Pro ensures data security and integrity, crucial for cell therapy and biopharmaceutical applications.
The C100-Pro excels in multiple application scenarios. It is ideal for counting cells or particles ranging from 4 to 60 µm, such as cell lines, stem cells, and primary cells. In trypan blue mode, it distinguishes live cells (circled in green) from dead cells (circled in red), providing accurate cell viability analysis.
Cell size is a key feature in cell research, often measured during transfections, drug testing, and viability analyses. The C100-Pro automatically generates a histogram of the average cell diameter after counting, facilitating result interpretation.
The C100-Pro is also equipped for cellular fluorescence analysis. It can detect cell transfection efficiency (GFP, RFP) and identify cell viability using the AO/PI dual fluorescence method. These features allow for quick and efficient determination of target gene expression positivity rates.
Intelligent cell recognition allows for separate identification and counting of clustered cells. In trypan blue mode, counting results display the proportion of live and dead cells, ensuring optimal accuracy.
The C100-Pro stands out for its speed, performing cell counts in just 9 seconds, saving valuable time compared to manual methods. When used to count ten samples per day, it can save over 24 hours per month.
Operation is intuitive with a touchscreen featuring integrated user guide interfaces. Its compact design allows for easy installation in various laboratory settings. Removable modular FL cubes facilitate switching between different fluorescence applications.
The RWD C100-Pro is a versatile and efficient tool designed to meet the demands of modern laboratories. It combines precision, speed, and regulatory compliance, making it an indispensable choice for researchers in cell therapy and biopharmaceuticals.