The QR-6 Full Spectrum Direct Reading Spectrometer (DRS) is a cutting-edge analytical instrument widely used in metal smelting and industrial quality monitoring. Designed for fast and reliable elemental analysis, the QR-6 delivers accurate results within 25 seconds, enabling high-throughput inspection and efficient workflow. Equipped with tungsten jet electrode technology, it provides stable plasma excitation and precise measurement for a wide range of metal samples. With a wavelength range of 160–800 nm, the QR-6 can detect multiple elements, making it an ideal solution for metal smelting quality control, alloy analysis, and material research.
Rapid Measurement: Complete analysis in just 25 seconds, reducing production downtime and improving operational efficiency.
Advanced Tungsten Jet Electrode Technology: Ensures stable excitation, long electrode lifespan, and high measurement accuracy.
Broad Wavelength Range (160–800 nm): Supports detection of both light and heavy elements in metals and alloys.
High Sensitivity and Repeatability: Provides low detection limits and reliable results for quality control and R&D.
User-Friendly Operation: Simple interface reduces training time and allows operators to perform measurements efficiently.
Versatile Sample Handling: Capable of analyzing diverse sample sizes and shapes, including wires, ingots, and castings.
Safety and Environmental Considerations: Optimized gas paths reduce metal dust exposure, protecting operators while lowering argon consumption.
The QR-6 Full Spectrum DRS is ideal for:
Metal Smelting Quality Control: Real-time monitoring of chemical composition during alloy production.
Alloy and Metal Analysis: Determination of elemental concentrations for process optimization.
Industrial Material Research: Comprehensive elemental analysis for R&D in metals and alloys.
Laboratory Testing: Advanced material characterization for research institutes and industrial laboratories.
| Parameter | Specification |
|---|---|
| Detection Time | 25 seconds |
| Wavelength Range | 160–800 nm |
| Electrode Technology | Tungsten Jet Electrode |
| Detector | High-performance CCD |
| Analytical Gap | 3.5 mm |
| Sample Type | Metals, Alloys, Industrial Castings |
| Excitation Aperture | 13 mm |
| Light Source Type | Adjustable digital light source with HEPS |
| Discharge Frequency | 100–1000 Hz |
| Discharge Current | Max 380 A |
| Working Temperature | 10–35 °C |
| Storage Temperature | 0–45 °C |
| Working Moisture | 20–80% |
| Dimension | 720 mm (L) × 560 mm (W) × 370 mm (H) |
| Weight | About 65 kg |
| Power | AC 220V / 50Hz (customizable) |
Efficiency: Fast analysis in 25 seconds reduces production delays and enhances quality monitoring.
Precision: Tungsten jet electrode technology and CCD detection ensure high accuracy, repeatability, and low detection limits.
Versatility: Wide wavelength range and flexible sample handling accommodate various metals and alloys.
Reliability: Designed for long-term stability in industrial environments.
Safety: Optimized excitation system and gas paths protect operators from metal dust exposure.
Future-Ready Technology: Fully digital design with advanced software supports modern laboratory and industrial workflows.
The QR-6 Full Spectrum Direct Reading Spectrometer is the preferred instrument for metal smelting operations, industrial laboratories, and R&D centers that require fast, accurate, and reliable elemental analysis. Its advanced tungsten jet electrode technology, broad 160–800 nm wavelength range, and rapid 25-second detection time make it an indispensable tool for improving efficiency, ensuring product quality, and supporting innovation in metal manufacturing and processing.
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