Optical Emission Spectrometer LOES-T2011

Introduction

Optical Emission Spectrometer tests a wide wavelength range of 140 to 680 nm and can detect multiple elements in different metal types at the same time. It has an intermittent vacuum pump with a special gas path system, along with a feedback heating system and constant temperature cavity to ensure stability and reduce optical drift. It is designed for controlled environments, offering high precision with minimal deformation.

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

Optical Emission Spectrometer is used for elemental analysis in metal smelting, casting, and processing to ensure material quality and standards. It is also useful for research, production control, and quality checks in metallurgy and mechanical industries.

Specifications

Wavelength Range	140 to 680 nm
Detector	High-performance linear array
Measurable Elements	Fe, Cu, Al, Ti, Pb, and Mg
Pixel Resolution	10 pm
Grating Line Density	3600 lines/mm
First-Order Spectral Dispersion	1.04 nm/mm
Excitation Light Source	Digital plasma spark
Spark Frequency	100 to 1000 Hz
Discharge Current	1 to 80 A
Analysis Time	< 40 seconds
Optical Chamber Design	Paschen-Runge optical design
Rowland Circle Diameter	400 mm
Sample Stage Analysis Gap	3 mm
Spark Stand Electrode	Jet electrode technology
Working Temperature	15 to 30℃
Constant Temperature	33℃ ± 0.2℃
Humidity Range	≤ 70 %
Power Consumption	Spark: 1500 W
Power Supply	220 V, 50/60 Hz
Dimensions	900 × 600 × 450 mm
Weight	120 kg

Features

Full-spectrum detector

Paschen-Runge design

Fast and accurate

Compact, easy maintenance

Eco-friendly operation

High-energy pre-combustion

FAQs

1. What is the wavelength range of It Optical Emission Spectrometer and why is it important?

It Optical Emission Spectrometer covers a wide wavelength range from 140 to 680 nm. This broad range allows the instrument to detect and measure multiple elements across different types of metal samples at the same time. The advantage of such a wide range is that it ensures high flexibility in elemental analysis, whether you are testing common metals like iron and aluminum or specialized alloys. This makes the suitable for industries that demand precise quality control and research applications.

2. How does It Optical Emission Spectrometer maintain stable performance during analysis?

Stability is one of the strongest features of the It . It is equipped with a feedback heating system and a constant temperature cavity (33? ± 0.2?) which prevents temperature-related optical drift. The Paschen-Runge optical chamber design and controlled environment operation further enhance accuracy and reduce measurement errors. Together, these features ensure that the results remain consistent even during continuous testing or long working hours.

3. What types of elements can be measured using the It Optical Emission Spectrometer ?

The can measure a wide range of metallic elements, including Fe (Iron), Cu (Copper), Al (Aluminum), Ti (Titanium), Pb (Lead), and Mg (Magnesium). These are commonly used in smelting, casting, and alloy production. The ability to test multiple elements in a single run makes the spectrometer highly efficient for laboratories and industries, as it reduces analysis time and provides comprehensive data about the metal composition.

4. What makes the It Optical Emission Spectrometer user-friendly and eco-friendly?

It designed the with easy maintenance and compact structure so that users can operate and maintain it without complicated steps. It uses jet electrode technology and a digital plasma spark source that provide fast and accurate results while optimizing energy use. The spectrometer is also built for eco-friendly operation, minimizing waste and unnecessary energy consumption, which is beneficial for labs and industries aiming for sustainable practices.

5. In which industries and applications can It Optical Emission Spectrometer be used?

The is widely used in industries where precise elemental analysis is critical. For example, in metal smelting and casting, it ensures that raw materials and alloys meet required quality standards. In mechanical and metallurgy industries, it supports production control and quality checks during manufacturing. Research laboratories also use it for studying material properties and developing new alloys. This versatility makes the It Optical Emission Spectrometer a valuable tool for both industrial and research applications.