ATF4500 fluorescence spectrophotometer Introduction: The ATF4500 fluorescence spectrophotometer adopts high-performance xenon lamp and advanced optical path system, with high sensitivity and low noise detection capability, supporting multiple sample analyses, and has time resolution function to measure fluorescence lifetime. Its simple operating interface and high-speed data processing capability enable users to quickly get started and obtain accurate results. This device is suitable for multiple fields such as pharmaceuticals, bioscience, and medical analysis, and offers multiple models for users to choose from. characteristic: 1. High sensitivity, even weak signals can be detected with low noise 2. Using xenon lamps, with long lifespan and high brightness 3. Equipped with a wide range of photomultiplier tubes (PMT) as standard 4. The ultra large sample chamber is suitable for analyzing various samples 5. Use long-lasting xenon lamps for the light source: reduce maintenance costs. 6. Simple and intuitive operation page: greatly improves user's speed of getting started 7. High speed 3D fluorescence acquisition 8. USB data output interface, capable of online data processing 9. Multiple attachment support to meet various needs Typical applications: 1. Pharmaceutical Engineering 2. Biological Sciences 3. Medical analysis 4. Agriculture and food inspection 5. Environmental Science 6. Water quality analysis 7. Chemical Engineering 8. Teaching and research
Introduction: The ATF4500 fluorescence spectrophotometer adopts high-performance xenon lamp and advanced optical path system, with high sensitivity and low noise detection capability, supporting multiple sample analyses, and has time resolution function to measure fluorescence lifetime. Its simple operating interface and high-speed data processing capability enable users to quickly get started and obtain accurate results. This device is suitable for multiple fields such as pharmaceuticals, bioscience, and medical analysis, and offers multiple models for users to choose from.
