Rapid Measurement with Full-Spectrum Direct-Reading Optical Emission Spectrometer QR-9

The Full-Spectrum Direct-Reading Optical Emission Spectrometer (OES) is a cutting-edge analytical instrument designed for the metal smelting industry, offering rapid, precise, and reliable elemental analysis. Equipped with a digital excitation light source, a 13mm excitation aperture, and an ARM data processing unit, this spectrometer delivers accurate measurements in just 25 seconds, enabling real-time quality monitoring, process optimization, and material classification in smelting operations.

Product Introduction

Metal smelting requires strict control of elemental composition to ensure the quality, consistency, and performance of metals and alloys. The full-spectrum direct-reading OES integrates high-resolution CCD detection, a vacuum optical chamber, and a digital excitation source, providing highly sensitive, reproducible, and stable measurements. The 13mm excitation aperture ensures optimal energy transfer to the sample, while the ARM-based data processor enables high-speed data acquisition, real-time analysis, and accurate computation of elemental concentrations.

The spectrometer replaces traditional photomultiplier tube (PMT) systems with a full-digital CCD detection system, reducing maintenance requirements and improving long-term reliability. Factory-calibrated prefabricated work curves allow immediate use, eliminating extensive setup procedures and ensuring consistent measurement accuracy across multiple samples.

Key Advantages

• Rapid Measurement – Provides full elemental analysis in 25 seconds, accelerating production workflow.

• Digital Excitation Light Source – Ensures stable, uniform excitation for highly reproducible results.

• Optimized Excitation Aperture (13mm) – Maximizes sample energy absorption, improving detection sensitivity and accuracy.

• ARM Data Processing – High-speed computing for real-time spectral analysis and reliable data output.

• Wide Element Coverage – Capable of detecting major and trace elements in a variety of metals and alloys.

• Vacuum Optical Chamber – Maintains clean and stable measurement conditions, reducing contamination and optical losses.

• Automatic Calibration – Optical path and spectral line calibration are performed automatically, minimizing human error.

• Prefabricated Work Curves – Pre-configured testing parameters allow immediate operation with consistent results.

• Error Prevention System – Protects optical components and detectors, ensuring reliable performance in industrial environments.

Technical Specifications

Applications

• Quality Control in Metal Smelting – Ensures metals and alloys meet strict compositional specifications.

• Process Monitoring – Tracks elemental changes during smelting to optimize production parameters.

• Material Classification – Accurately identifies metal grades for downstream processing.

• Research & Development – Supports alloy innovation and metallurgical research.

• Industrial Laboratory Analysis – Provides fast, reliable testing for high-volume smelting operations.

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