Focus Technology FPI is a legitimate agent for direct reading spectrometers (AES)M5000

The M5000 direct reading spectrometer is a powerful assistant for rapid quantitative analysis and metal material quality monitoring in metallurgical furnaces. Its analysis accuracy can meet laboratory level requirements, and the data is stable and reliable. It is widely used in industries such as metallurgy, casting, and mechanical processing for incoming material inspection, quality control, and factory inspection.

Focus Technology FPI is a legitimate agent for direct reading spectrometers (AES)M5000

Product Overview

CMOS full spectrum - full element analysis solution

Ten thousand spectral lines, all elements can be fully displayed

M5000 can collect full spectrum information, measure nearly 10000 spectral lines, have a wide analysis range, and have more available sensitive lines for analysis. It can determine the elements that need to be analyzed in the metal analysis industry

Compared with channel spectrometers, M5000 eliminates the hassle of selecting channels and achieves analysis and detection capabilities for more elements at a lower cost

Accurate analysis, reliable product quality

M5000 can intelligently select suitable sensitive lines for analysis, scientifically avoiding the influence of adjacent element interference, high content self absorption and other factors, and obtaining more accurate analysis results

Excellent scalability, helping enterprises upgrade

The hardware design of M5000 supports full spectrum analysis and detection, and users can add analysis matrices and elements at any site at any time without changing the hardware to expand the analysis range

M5000's convenient and practical expansion performance better meets the needs of enterprises to expand their business scope in the future, making it a powerful assistant for flexible upgrades

Stable and reliable, easy and fast to operate

By utilizing the rich spectral line information of the entire spectrum, M5000 can use advanced algorithms such as background subtraction, interference subtraction, and drift correction to better monitor the operating status of the instrument, improving the accuracy of analysis and the stability of the instrument

At the same time, intelligent calibration technology has replaced traditional trace calibration, with simple instrument operation, convenience and ease of use, and better calibration effects

performance advantage

Intelligent and reliable all digital light source

Programmable pulse synthesis all digital light source, good performance, maintenance free

Suitable for exciting various alloy materials, beneficial for improving analysis accuracy

Convenient and energy-saving sample excitation table

Open sample excitation stage, suitable for analyzing large/small samples with different geometric shapes

Optimization design of argon gas path for better excitation effect

Argon saving mode effectively reduces the amount of argon used

Easy and convenient installation and maintenance

Stable optical system

Pa type Runge optical structure, multiple high-performance CMOS detectors

A constant temperature light chamber that can be monitored in real time to stabilize the optical system

Dual light chamber design

Dual light chamber (UV+visible) design, while ensuring satisfactory performance in analyzing long and short wave elements

The independent ultraviolet optical system enables the instrument to analyze short wave elements such as carbon, phosphorus, sulfur, and nitrogen more accurately

Optimized Design

Intelligent Curve

Intelligent curve function can meet the analysis needs of materials inside the matrix

Intelligent linking of appropriate curve models to obtain more accurate analysis results

Realize unknown sample analysis without worrying about model selection, making the operation more convenient

quality judgment

According to the user's measurement standards, the upper and lower limits of element composition quality control can be freely set

Automatically determine whether the sample components exceed the standard, and the results are clear at a glance

Brand identification

Can classify unknown materials and help users quickly identify sample brand numbers

Equivalent analysis

Free editing of carbon equivalent and corrosion resistance equivalent formulas to control material properties

Automatic system diagnosis

Real time display of instrument operation status through software interface

Timely reminder of instrument maintenance and cleaning time

Product Selection