In-Depth Description: Powering Breakthroughs Across India
Precision Optics for Research Excellence
The **Advance Epi Fluorescence Microscope** sets a new standard for high-performance optical systems designed specifically for molecular biology and pathology. At its heart is the **Infinity Corrected Optical System**, ensuring perfect light path alignment, which is critical when complex components like filter cubes are introduced. This guarantees that institutions across **Delhi, Pune, and Chennai** receive perfectly flat, high-contrast images, even with the most demanding immersion objectives. The inclusion of **Plan Achromatic Objectives** minimizes common optical aberrations, ensuring that the fluorescence signal observed is a true representation of the sample's biological structure.
Driving Diagnostics and Genetics in India
Fluorescence technology is no longer a luxury; it is a necessity for modern diagnostics. This advanced system is robust enough to handle the workload of large clinical laboratories and specialized genetic research units in states like **Gujarat, Kerala, and West Bengal**. Its ability to perform quick, accurate identification of labeled cellular components significantly speeds up research and diagnostic time. Furthermore, the capacity for high-resolution digital documentation via the trinocular port supports teaching, collaborative research, and the stringent data requirements for international publication, promoting India's scientific contribution globally.
The versatility of the system, including its dual Epi and Transmitted light modes, means it is suitable for viewing standard stained tissue samples as well as advanced fluorescent probes. We ensure timely delivery and expert installation in all major scientific hubs, including remote research facilities in states like **Assam and Odisha**, supporting the growth of life sciences nationwide.
Related Microscopy Ecosystem
High-End & Advanced Microscopes
Frequently Asked Questions (FAQs)
1. How critical is the 6-position turret for multi-staining assays?
The turret is highly critical as it eliminates the need to manually exchange filter cubes, minimizing downtime and the risk of contamination. This is vital for complex multi-color imaging experiments (like co-localization studies) which are common in **molecular pathology**.
2. Does the microscope support both LED and traditional Mercury lamp sources?
Depending on the configuration, the system is designed to accommodate different high-power excitation sources. LED options offer longevity and safety, while Mercury lamps provide very high-intensity light for highly demanding fluorophores.
3. What is the benefit of the Trinocular port's fixed light split?
The trinocular port is typically configured with a defined light split (e.g., 80% to camera, 20% to eyepieces) to optimize digital capture while still allowing the user to view the specimen simultaneously, a key advantage for image acquisition in long-duration experiments.