About Fluorescent Microscope
We feel proud to introduce ourselves as the leading organization in this domain, engaged in presenting an excellent grade of
Fluorescent Microscope. This is used for capillary examination. Also, this technique is a new, highly sensitive rapid method of diagnosing malaria. It is also useful in the diagnosis of filariasis and leptospirosis. The principle of this method is the malaria parasite picks up fluorescent stain into their nucleus and cytoplasm, so that its morphologic characteristics can be examined by fluorescent microscopy. The nucleus appears green and the cytoplasm reddish orange.
Features:
- USB connector
- Smart interface
- High durability
Analogue Display for Clear ObservationThis microscope features an easy-to-read analog display, allowing users to quickly assess and adjust imaging conditions while conducting laboratory experiments. Accurate analog readings enhance both workflow efficiency and quality control.
Adaptable Laboratory PerformanceEngineered to operate effectively between 10 and 40C, this microscope suits a broad range of laboratory environments. Its robust iron and Bakelite construction resists wear, ensuring stability and safety during frequent use.
Exported and Manufactured in IndiaAs an exporter, manufacturer, and supplier from India, our product meets international standards. The compact dimensions and manageable capacity make it suitable for global shipments and diverse laboratory setups.
FAQs of Fluorescent Microscope:
Q: How is the fluorescent microscope used in laboratory applications?
A: The microscope employs fluorescence imaging for the identification and analysis of samples, assisting researchers in detailed cellular studies and advanced laboratory workflows.
Q: What are the benefits of an analog display on this microscope?
A: An analog display provides direct and real-time monitoring of settings, which improves operational accuracy and simplifies adjustments during experimental procedures.
Q: When should I use this microscope within the specified temperature range?
A: This microscope is optimized for operation between 10 and 40C, ensuring consistent performance as long as laboratory conditions remain within this temperature span.
Q: Where is this fluorescent microscope manufactured and supplied from?
A: The microscope is manufactured, exported, and supplied from India, meeting high-quality standards and serving customers both locally and internationally.
Q: What materials are used in the construction of this microscope and why?
A: The main structural elements of the microscope are made from iron and Bakelite, offering durability, chemical resistance, and a sturdy base for consistent laboratory use.
Q: What is the process for using this microscope with samples?
A: Users need to prepare the sample and position it on the stage, then adjust the analog display as needed for optimal fluorescence visualization and detailed analysis.
Q: What is the main benefit of the compact dimension and 1 kg/hr capacity?
A: The compact size allows for efficient use of lab space, while the 1 kg/hr capacity supports steady sample throughput, ideal for both routine and intensive laboratory operations.