Optical Emission Spectrometer For Metal Analysis

Optical Emission Spectrometer For Metal Analysis Specification

Port Size
Standard 220 mm platform

Resolution
0.0001

Display Type
Digital LCD with software interface

Max Height
400 mm (overall)

Test Range
PPM to High Percentage

Mounting Type
Benchtop

Application
Metal & alloy composition analysis

Gas Pressure
5-6 bar Argon

Specimen Size
10-30 mm (diameter)

Interface Type
USB 2.0 / RS232

Automation Grade
Automatic

Frequency
50/60 Hz

Measuring Range
As per element (e.g. Fe, Cu, Al, Ni, etc.)

Humidity
Less than 85% RH, non-condensing

Number of Specimens
Single specimen at a time

Operating Voltage
220V 10%

Response Time
Within 30 seconds

Temperature
10C to 35C

Accuracy
0.01% (element-dependent)

Features
Real-time analysis, spectral library, multi-base support

Power Supply
220V AC, 50/60 Hz

Equipment Type
Benchtop Optical Emission Spectrometer

Usage
Industrial laboratory metal analysis

Capacity
Continuous

Machine Weight
Approx. 65 kg

Test Speed
Up to 30 tests/hour

Control Mode
Automatic

Sample Holder
Interchangeable, conductive and non-conductive

Dimensions (L x W x H)
650 mm x 450 mm x 400 mm

Calibration
Multi-point, certified reference materials

Software Support
Data logging, reporting, calibration curves

Detector
High Sensitivity CCD Array

Data Storage
Internal and external (USB/PC)

Optical System
Paschen-Runge mount, Multi-channel CCD

Safety Features
Interlocks, over-current protection

Sample Preparation
Flat surface required, grinding recommended

Excitation Source
High-energy spark/arc source

Cooling
Integrated fan, no external cooling needed

Wavelength Range
140 nm 800 nm

Optical Emission Spectrometer For Metal Analysis Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash on Delivery (COD)

Supply Ability
100 Pieces Per Month

Delivery Time
16 Week

Main Export Market(s)
Asia, Australia, Central America, North America, South America, Eastern Europe, Western Europe, Middle East, Africa

Main Domestic Market
All India

About Optical Emission Spectrometer For Metal Analysis

An Optical Emission Spectrometer For Metal Analysis is a specialized instrument used to analyze the chemical composition of metals and alloys. It provides highly accurate results with excellent reproducibility, ensuring that the elemental composition of the metal is measured precisely. This works by exciting atoms in the sample using high-energy discharges (such as sparks or arcs), which causes the atoms to emit light at characteristic wavelengths. One of its major advantages ability is to simultaneously detect and quantify multiple elements in a single measurement. Optical Emission Spectrometer For Metal Analysis is a powerful tool for determining the composition of metals and alloys with high accuracy and sensitivity.

Mobility	Benchtop
Model Name/Number	Gold Plus X
Weight	35 kg
Voltage	220V
Usage/ Application	Industry

Advanced Optical System for High-Precision Results

Utilizing a Paschen-Runge mount and multi-channel CCD array, the spectrometer achieves remarkable accuracy and resolution, ensuring trace and bulk element analysis. The high-energy spark/arc source maximizes excitation efficiency across a broad spectrum, making it suitable for a variety of metals and alloys, including Fe, Cu, Al, and Ni.

User-Friendly Automation and Data Management

With full automatic control, digital LCD display, and an intuitive software interface, users can perform rapid, real-time analysis and calibration. Comprehensive data logging and reporting features facilitate compliance and quality control, while internal and external storage options ensure easy data management.

Optimized for Laboratory Efficiency and Safety

The integrated fan cooling enables continuous operation without external peripherals, while safety interlocks and over-current protection enhance operational reliability. Its benchtop design occupies minimal space, yet supports up to 30 analyses per hour for single specimens, boosting laboratory throughput.

FAQ's of Optical Emission Spectrometer For Metal Analysis:

Q: How does the Optical Emission Spectrometer ensure accurate metal analysis?

A: The instrument employs a Paschen-Runge mount optical system coupled with a high-sensitivity CCD array to detect elemental wavelengths precisely. Multi-point calibration using certified reference materials and real-time spectrum analysis further enhance its measurement accuracy, typically within 0.01% depending on the element.

Q: What is the process for preparing samples for analysis?

A: Samples should have a flat surface for optimal results. Grinding is recommended to achieve a smooth finish, especially for ensuring consistent spark/arc excitation. The interchangeable sample holder accommodates both conductive and non-conductive specimens with diameters from 10 to 30 mm.

Q: When is external cooling required for operation?

A: External cooling is not needed. The spectrometer features an integrated fan that maintains optimal temperature for continuous testing, eliminating the need for external cooling systems even during high-throughput operation.

Q: Where can data be stored and accessed from this spectrometer?

A: You can store analysis results both internally and externally. Internal storage is complemented by USB/PC interface support, enabling flexible data transfer and report generation for documentation and review.

Q: What are the benefits of using an automatic control and digital interface?

A: Automatic control streamlines analysis, minimising user intervention and reducing errors. The digital LCD with software integration facilitates quick setup, real-time monitoring, efficient calibration, and instant access to spectral libraries and multi-base support.

Q: How safe is the equipment during operation?

A: Safety is ensured by built-in interlocks and over-current protection that prevent improper use and electrical hazards. These features support compliance with laboratory safety standards, providing protection for both users and the equipment.

Q: Can this spectrometer analyse both trace and bulk elements?

A: Yes, the device provides a broad measuring range, enabling analysis from parts-per-million (PPM) concentrations to high-percentage levels, across various metallic elements as per their specific properties.