Fluorescence Analyzer LFMA-T2010

Introduction

Fluorescence Analyzer can detect across a range of 200 to 1100 nm, depending on the grating. It is equipped with advanced a highly sensitive spectrometer to detect weak fluorescence signals. The Analyzer incorporates an ultra-low-noise signal processing circuit for enhanced accuracy. Its 3 pre-filters and 4 post-filters help to eliminate ghost lines within the spectrum. Our Analyzer is widely used for biochemical and medical analysis, spectral analysis, scientific research experiments, etc.

This analytical equipment is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our Fluorescence Analyzer   is ideal for biochemical and medical analysis, offering reliable detection of molecular and biochemical compounds. It is highly effective in spectral and solution substance analysis. Additionally, it is employed in gemstone and mineral analysis, supporting quality control and authenticity verification. Furthermore, it can be integrated into multi-parameter water quality analysis systems for both environmental and industrial monitoring.

Specifications

Detection Range	200 to 1000 nm (customizable)
Wavelength Resolution	Up to 0.18 nm, based on 1200 line grating
Optical Resolution	Up to 0.41 nm (), based on 1200 line grating and 10 μm slit
Eliminate High-order Diffraction	3 pre-filter, 4 post-filter options
Signal to Noise Ratio	10000:1
Dynamic Range	8 ms to 15 min
Integration Time	Focal length 100.0 mm, f-number 4.5, symmetrical cross C-T optical path
Stray Light	1000:1, at saturation
Linear Correction	Up to 0.1% at 600 nm
Fiber Interface	At least 99%
Fiber Optic Spectrometer	SMA905, customizable

Features

Ultra-low noise

Fast operation

Broad wavelength range

Compact design

FAQs

1. What accessories are included with the Fluorescence Analyzer ?

The Fluorescence Analyzer comes as a complete system designed for advanced fluorescence analysis. It includes an excitation light source, a sample test stand or fluorescence probe, optical fibers, a receiving spectrometer, and dedicated test software. These components work together to provide high sensitivity and spectral accuracy in various measurement applications. The modular design allows users to easily assemble and operate the system based on their testing needs. This comprehensive setup ensures efficient and reliable performance across a wide range of sample types.

2. Does the Fluorescence Analyzer offer any customizable options?

Yes, the Fluorescence Analyzer offers several customizable configurations to meet diverse testing requirements. Users can select different excitation light sources such as lasers, LEDs, or xenon lamps, depending on their specific application. The analyzer also allows customization of the detection wavelength range and spectrometer resolution based on sample characteristics. This flexibility makes it suitable for both routine and specialized fluorescence analysis.

3. How does the Fluorescence Analyzer eliminate ghost lines in the spectrum?

Fluorescence Analyzer is equipped with an advanced filtering system to address spectral distortion. It features three pre-filters and four post-filters specifically designed to suppress unwanted ghost lines that may interfere with the accuracy of fluorescence measurements. These filters ensure that the emitted spectrum remains clean and precise, especially when working with weak fluorescence signals. By minimizing optical noise, the system enhances overall measurement reliability. This capability is crucial for high-sensitivity and trace-level detection applications.

4. What are the key features of the Fluorescence Analyzer ?

The Fluorescence Analyzer includes a wide range of advanced features tailored for high-precision fluorescence analysis. It has a detection range of 200 to 1100 nm, customizable based on grating selection. The analyzer boasts a high quantum efficiency (up to 90%), ultra-low noise , and 1 nm spectral resolution. It also includes multiple filters, a dynamic measurement time range, and a highly sensitive optical platform. These features collectively support flexible and accurate testing in biochemical, medical, and material analysis applications.

5. Can we customize the excitation source in the Fluorescence Analyzer ?

Yes, the Fluorescence Analyzer allows customization of the excitation source to suit different testing environments and material types. Users can choose from various light sources such as laser, , or xenon lamps, depending on the required excitation wavelength and sample properties. This flexibility makes the system highly adaptable for specific research or industrial needs. The customizable configuration enhances accuracy and performance for both solid and liquid sample measurements. Additionally, the modular design ensures easy integration of the selected light source.