The Full-Spectrum Direct-Reading Optical Emission Spectrometer (OES) is a state-of-the-art instrument designed for quality monitoring in the metal smelting industry. Utilizing advanced spray discharge electrode technology, high-energy pre-ignition, and high-speed data communication, this spectrometer delivers fast, precise, and reliable elemental analysis. With a wavelength range of 130–800 nm, it enables accurate detection of both major and trace elements in metals and alloys, supporting production optimization and ensuring compliance with stringent metallurgical standards.
Product Introduction
In metal smelting, controlling the chemical composition of alloys is critical for product quality, safety, and consistency. The full-spectrum direct-reading OES integrates high-resolution CCD detection, a vacuum optical chamber, and digital signal processing, offering highly sensitive and reproducible measurements. Its spray discharge electrode technology ensures stable excitation of samples, while high-energy pre-ignition guarantees complete atomization for enhanced accuracy.
Equipped with high-speed data communication technology, the spectrometer allows real-time transfer of analytical data to laboratory information management systems (LIMS) or production databases, facilitating rapid decision-making. Its design meets the demands of modern smelting facilities, providing short detection times, robust performance, and reliable results.
Key Advantages
Rapid and Accurate Analysis – Full elemental detection in minimal time, improving production efficiency.
Spray Discharge Electrode Technology – Ensures stable and consistent excitation for accurate measurements.
High-Energy Pre-Ignition – Guarantees complete sample atomization, improving sensitivity for trace elements.
High-Speed Data Communication – Enables real-time transfer of analytical results to laboratory or production systems.
Wide Wavelength Range (130–800 nm) – Detects major and trace elements in metals and alloys.
High-Resolution CCD Detection – Provides precise, reproducible results for multiple elements simultaneously.
Vacuum Optical Chamber – Maintains clean, stable measurement conditions and reduces optical path losses.
Automatic Calibration – Simplifies operation and minimizes human error.
Technical Specifications
| Parameter | Specification |
|---|
| Instrument Type | Full-Spectrum Direct-Reading OES |
| Detection Time | Rapid, typically <30 seconds |
| Wavelength Range | 130–800 nm |
| Electrode Technology | Spray discharge electrode |
| Excitation Method | High-energy pre-ignition |
| Detector | High-resolution CCD, Multi-detector |
| Data Communication | High-speed digital interface |
| Optical Chamber | Vacuum design |
| Applicable Materials | Metals and alloys |
| Working Temperature | 10℃ – 35℃ |
| Working Moisture | 20% – 80% |
| Power Supply | AC220V/50Hz (customizable) |
| Dimensions | 860 mm (L) × 660 mm (W) × 360 mm (H) |
| Weight | ~80 kg |
Applications
Quality Control in Metal Smelting – Ensures metals and alloys meet strict compositional standards for safety and performance.
Process Monitoring – Tracks elemental variations during smelting for real-time production optimization.
Material Classification – Accurately identifies and grades metals and alloys for downstream processing.
Research & Development – Supports metallurgical studies and new alloy development.
Industrial Laboratory Analysis – Provides rapid, reliable testing for high-volume production facilities.
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