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Digital Fluorometer

Digital Fluorometer Specification

Usage
Analysis of fluorophors such as vitamins, quinine, steroids, fluorescein, metal complexes, etc.

Dimension (L*W*H)
260 x 335 x 160 mm Millimeter (mm)

Product Type
Civil Lab Equipment

Weight
4.5 kg Kilograms (kg)

Power
230 V 10%, 50 Hz. AC Volt (v)

Digital Fluorometer Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Main Domestic Market
All India

About Digital Fluorometer

Digital Photo Fluorometer Model 681 is designed for precise analysis of fluorophors such as vitamins, quinine, steroids, fluorescein, metal complexes, etc. The Fluorescence is caused by the absorption of radiant energy and the re-emission of some of its energy in the form of light. In fluorescence, the excited molecule returns to the ground state immediately after excitation, when the fluorescent molecule is excited at the fixed wavelength (primary filter). The amount of light emitted is measured at the particular wavelength (secondary filter). Fluorometer method for the determination of fluorophors is more sensitive than the Colorimetric method.

Reliable and Accurate Fluorescence Analysis

Equipped with advanced detection technology, this digital fluorometer delivers precise readings for a variety of fluorescent substances. Its robust build and standardized power requirements make it ideal for continuous laboratory operation. The compact form factor allows for convenient placement even where space is limited.

Versatile Applications in the Laboratory

This fluorometer is used for qualitative and quantitative analysis of compounds such as vitamins, quinine, steroids, and metal complexes. It supports research and quality control in chemical, pharmaceutical, and environmental laboratories, ensuring compliance with industry standards and efficient workflow.

FAQ's of Digital Fluorometer:

Q: How does the Digital Fluorometer function in analyzing fluorophores?

A: The Digital Fluorometer works by exciting sample molecules with a specific wavelength of light and then detecting the emitted fluorescence. The intensity of this fluorescence is measured, allowing for the analysis and quantification of compounds such as vitamins, quinine, steroids, and metal complexes.

Q: What are the key benefits of using this fluorometer in laboratory settings?

A: Key benefits include accurate detection of low-level fluorescent substances, user-friendly operation, compact design for spatial efficiency, and reliable performance with standard Indian power supplies. This makes it a versatile tool for both research and routine analysis.

Q: When should a digital fluorometer be utilized over traditional analysis methods?

A: A digital fluorometer is recommended when sensitive and rapid detection of fluorescent compounds is required, particularly when traditional methods may not provide sufficient sensitivity or specificity for the compounds under investigation.

Q: Where can the Digital Fluorometer be conveniently installed?

A: Due to its manageable dimensions (260 x 335 x 160 mm) and weight (4.5 kg), the fluorometer can be placed on most laboratory benchtops, in research facilities, or quality control labs without requiring significant space or structural modifications.

Q: What is the process for analyzing samples with this device?

A: To analyze a sample, the operator prepares the solution containing the target compound, places it in a suitable cuvette, and inserts it into the fluorometer. The instrument is then set to the desired parameters, and the analysis is conducted with results displayed digitally.

Q: In which industries or applications can this fluorometer be most beneficial?

A: This fluorometer is widely beneficial for chemical research, pharmaceuticals, environmental monitoring, food and beverage quality control, and academic research, wherever precise fluorescence analysis is essential.

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