The **ESAW MX-900 LED Fluorescence Microscope** is a cutting-edge instrument designed for high-sensitivity imaging in modern research. Unlike traditional microscopes, this model uses **LED excitation**, offering exceptional stability, a longer lifespan, and minimal heat generation compared to conventional mercury lamps. This makes it an essential tool for **biomedical and molecular biology applications**, providing superior signal-to-noise ratio for observing tagged cells and tissues. This is the **best LED fluorescence microscope for academic research** and clinical diagnostics.
Featuring **Infinity Plan Achromatic Objectives**, the MX-900 ensures a flat, distortion-free field of view crucial for precise quantification and documentation of fluorescence phenomena. The **trinocular head** allows simultaneous viewing and digital imaging, making it perfect for **research centres and advanced university labs**. Its robust mechanical design and high optical quality cement its position as a leading piece of **export quality fluorescence lab equipment**. We facilitate bulk orders for those looking to buy fluorescence microscopes in bulk for institutional needs.
The integrated **B (Blue) and G (Green) filter sets** cover the most common fluorophores, making it a versatile platform for immunofluorescence, FISH, and protein localization studies. The dual transmitted (HALOGEN) and incident (LED Fluorescence) illumination systems provide comprehensive imaging options for both brightfield and fluorescence observations. This combination ensures that the **MX-900 LED** provides an **affordable LED fluorescence microscope solution for labs** without compromising on research-grade performance.
What is the advantage of LED over traditional mercury lamps in fluorescence?
LEDs offer instant on/off capability, eliminating the warm-up/cool-down time. They also have a significantly longer lifespan (up to 25,000 hours vs. 200 hours) and are mercury-free, making them safer and more cost-effective for **advanced university labs**.
Does this microscope support brightfield viewing as well?
Yes, the microscope is equipped with a separate high-intensity HALOGEN transmitted light source for standard brightfield viewing of stained or unstained specimens, ensuring maximum versatility for **clinical pathology**.
What is meant by Infinity Plan Achromatic Objectives?
Infinity Plan Objectives ensure the specimen remains in perfect focus across the entire field of view (flat field), and the infinity correction allows the introduction of filter cubes without affecting the optical quality, which is vital for **biomedical research**.
Is the Trinocular Head necessary for fluorescence imaging?
While not strictly necessary for viewing, the **trinocular head** is crucial for **digital image documentation and analysis**, allowing a camera to be mounted permanently while the user can still view the specimen through the eyepieces.