QR-8 Mobile Spectrometer Advanced Optical System And Intelligent Calibration For Accurate Measurements And On-Site Testing
Product Introduction
The QR-8 Mobile Spectrometer is a next-generation portable analytical instrument designed for material grade identification, on-site testing, and elemental analysis. With its lightweight structure and robust protective case, the QR-8 provides laboratory-level performance while remaining highly mobile, allowing analysis anywhere without being limited to laboratory environments.
Equipped with a high-resolution multi-CMOS detector, the QR-8 ensures superior sensitivity and precision, capturing complete spectral lines across a wavelength range of 140–680 nm. Combined with advanced digital light source technology and tungsten jet electrode excitation, this spectrometer delivers fast, accurate, and repeatable measurements in as little as 25 seconds, making it ideal for industries where speed and accuracy are critical.
Product Advantages
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High-Resolution Multi-CMOS Detection – Ensures outstanding sensitivity, precision, and long-term measurement stability.
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Portable Design – Lightweight (25 kg) with compact dimensions, making it easy to carry and operate on-site.
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Rapid Measurement – Provides reliable analysis in approximately 25 seconds, improving efficiency for industrial inspections and field research.
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Advanced Optical System – Full-spectrum Pascal-Runge design captures accurate readings across the entire detection range.
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Intelligent Calibration – Eliminates spectral drift caused by temperature and pressure fluctuations, ensuring consistent accuracy.
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Durable Fiber Technology – Uses high-performance optical fibers to maintain signal quality and prevent degradation under intense working conditions.
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Versatile Applications – Suitable for multiple material bases, including iron, copper, aluminum, nickel, cobalt, magnesium, titanium, zinc, and lead.
Applications
The QR-8 Mobile Spectrometer is ideal for:
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Material Grade Identification: Accurate determination of metal grades for manufacturing, processing, and quality verification.
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On-Site Elemental Analysis: Portable testing solution for remote locations or production sites.
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Industrial Quality Control: Ensures compliance with industry standards for alloy and metal composition.
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Research and Development: Portable instrument for laboratories, universities, and advanced material studies.
Technical Specifications
| Parameter |
Specification |
| Detection Application |
Material grade identification for Fe, Cu, Al, Ni, Co, Mg, Ti, Zn, Pb, etc. |
| Detection Time |
~25 seconds (depending on sample type) |
| Optical System |
Pascal-Runge Roland circular full-spectrum |
| Wavelength Range |
140–680 nm |
| Detector |
High-resolution multi-CMOS image sensor |
| Electrode |
Tungsten jet electrode |
| Analytical Gap |
3.5 mm |
| Operating Temperature |
10–35 °C |
| Storage Temperature |
0–45 °C |
| Working Humidity |
20–80% |
| Argon Purity |
100% |
| Argon Inlet Pressure |
0.5 MPa |
| Argon Gas Flow |
3.5 L/min |
| Light Source |
Adjustable digital light source with HEPS |
| Discharge Frequency |
100–1000 Hz |
| Discharge Current |
Max 380 A |
| Excitation Table Aperture |
13 mm |
| Vacuum System |
None |
| Power Supply |
220 V AC / 50–60 Hz single-phase |
| Dimensions |
420 × 220 × 380 mm |
| Weight |
25 kg |
Why Choose the QR-8 Spectrometer?
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High Accuracy: Multi-CMOS detection ensures precise material grade identification and trace element analysis.
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Field-Ready Portability: Lightweight design allows convenient on-site testing without sacrificing performance.
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Rapid Detection: Fast 25-second analysis reduces downtime and increases inspection efficiency.
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Wide Material Coverage: Suitable for a variety of base metals and alloys.
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Reliability: Intelligent calibration and durable optical fiber design maintain long-term measurement stability.
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User-Friendly Software: Simplifies operation with intuitive controls, data management, and report generation.
The QR-8 Mobile Spectrometer is the ideal solution for industries, laboratories, and research institutions requiring fast, portable, and high-precision material grade identification. With its advanced multi-CMOS detection, 140–680 nm wavelength range, and compact design, it delivers laboratory-quality performance anywhere, anytime.
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