Rayto RT-6100 microplate reader: a versatile and high-performance system for your analyses
The Rayto RT-6100 microplate reader is designed to meet the needs of modern laboratories with state-of-the-art technology and a user-friendly interface. Operating in a PC environment with Windows XP, it uses an 8-channel fibre optic optical system that ensures fast and accurate measurements. This configuration allows a 96-well plate to be read completely in just five seconds, optimising productivity and workflow in the laboratory.
The Rayto RT-6100 offers a wide range of calculation modes suitable for different types of analysis. It supports ABS, Cut-Off, Single Standard, Curve, Multi-Percent methods, as well as linear, logarithmic, exponential, power and 4PL regressions. These features make it particularly suitable for a variety of applications ranging from enzyme tests to complex immunological analyses. In addition, it is capable of performing up to twelve different tests on a single plate, increasing its flexibility and ability to handle diverse sample series.
One of the strengths of the RT-6100 is its powerful laboratory management software. It can store more than 100 programmes and up to 100,000 results, enabling optimal traceability and easy access to historical data. Integrated quality control features, such as Westgard rules and automatic alarm in case of anomalies, ensure reliable results and compliance with regulatory standards.
Thanks to its high-performance connectivity, the reader supports printing with all Windows-compatible printer models and has RS-232 and USB interfaces for two-way communication with a PC. It also has an Internet connection for easy remote data sharing and software updates. Its automatic backup function in the event of a power failure ensures the security of critical data.
The Rayto RT-6100 stands out for its practical options such as lamp saving, plate shaking with time and speed adjustment, and multilingual software available on request. Compact and lightweight, it fits easily into any work environment thanks to its optimised dimensions and small footprint.
