Ores and Powder Analyzers
VRAY’s XRF Ores and Powder Analyzers provide rapid, accurate, and non-destructive elemental analysis for mining, geology, and industrial applications. These instruments deliver precise measurement of elements from magnesium (Mg) to uranium (U), enabling real-time ore grade determination, mineral exploration, and quality control in material processing. With minimal sample preparation and user-friendly operation, they enhance efficiency in field and lab environments—ideal for mining operations, and environmental monitoring.
| VR-H9 | VR-S9 | |
|---|---|---|
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| Machine size | 254 x 79 x 280mm | 244 x 90 x 330mm |
| Sample chamber size | - | - |
| Weight | 1.6KG （with battery） | 1.7KG （with battery） |
| Detector | SDD detecto | SDD or Fast-SDD detector |
| Power supply | 100-220V | 100-220V |
| Excitation source Target | W （Tungsten）target | - |
| Rated power | - | - |
| Temperature | -20℃～50℃ | -20℃～50℃ |
| Humidity | 40%-70%（Noncondensing） | < 90%（Noncondensing） |
| Display | 4.3″ industrial resistive | 5 LED touch screen |
| Style | Handheld | Handheld |
Ores and Powder Analyzers Overview
VRAY’s Ores and Powder Analyzers represent a breakthrough in elemental analysis technology, delivering rapid, accurate, and non-destructive testing for mining, geology, and industrial applications. Utilizing advanced X-ray fluorescence (XRF) technology, these instruments provide precise measurement of a wide range of elements—from magnesium (Mg) to uranium (U)—enabling real-time ore grade determination, mineral exploration, and quality control in material processing. Designed for both field and laboratory use, they feature minimal sample preparation, user-friendly interfaces, and robust construction suitable for harsh environments. With applications spanning mining operations, metallurgy, and environmental monitoring, VRAY’s analyzers enhance efficiency, reduce operational costs, and support data-driven decision-making for professionals in resource exploration and material science.
Handheld Analyzers:
These portable devices are ideal for on-site exploration, field surveys, and rapid screening in remote or challenging environments.
- Lightweight and rugged design for easy transportation and use in harsh conditions
- Battery-powered operation with long endurance for extended field missions
- Real-time analysis capability enables immediate decision-making during mining exploration or resource grading
- Minimal sample preparation required, allowing direct measurement of ores, soils, and powders
- Well-suited for geologists, mining engineers, and environmental monitoring teams
Benchtop Analyzers:
Designed for laboratory settings or fixed operational sites where higher precision, advanced features, and comprehensive data analysis are required.
- Enhanced accuracy and stability owing to superior detector technology and optimized measuring conditions
- Larger sample chamber accommodates varied sample sizes and forms, including pressed pellets, loose powders, and solid fragments
- Advanced software supports in-depth data processing, custom calibration, and multi-element quantification
- Suitable for mining companies, research institutions, quality control labs, and industrial processing plants
- Delivers reliable results for compliance reporting, resource classification, and process optimization
Whether in the field with a handheld unit for instant elemental assessment or at a laboratory bench conducting detailed material characterization, VRAY provides tailored solutions to improve efficiency and accuracy in ore and powder analysis.
Handheld Analyzer: VR-H9
The VRAY VR-H9 is a high-performance handheld XRF analyzer specifically designed for rapid and accurate elemental analysis of ores, minerals, and powders in field and laboratory environments. Combining portability with advanced analytical capabilities, it enables real-time, non-destructive testing for applications such as mineral exploration, mining grade control, and environmental monitoring. With its robust design and user-friendly interface, the VR-H9 delivers reliable data with minimal sample preparation, making it an essential tool for geologists, miners, and material scientists.
Key Features
Wide Elemental Range: Analyzes elements from Magnesium (Mg₁₂) to Uranium (U₉₂).
High-Sensitivity Detection: Equipped with a SDD detector for enhanced accuracy and lower detection limits.
Portable and Rugged: Weighing only 1.6kg, it features a durable design with IP-rated resistance to dust and water, ideal for harsh field conditions.
Long Battery Life: Intelligent MSBUS-based battery supports up to 8 hours of continuous operation.
Advanced Connectivity: Data transfer via USB, Bluetooth, or Wi-Fi; supports remote instrument configuration and real-time data sharing.
Touchscreen Interface: 4.3-inch industrial resistive touchscreen for intuitive operation and clear visibility even in bright outdoor environments.
Safety and Compliance: Integrated DoubleBeam™ technology for automatic sample detection, ensuring radiation safety; complies with international transportation standards.
Applications:
- Ore grade control and mineral exploration
- Soil and sediment analysis
- Mining and geology field surveys
- Recycling and scrap metal sorting
- Environmental monitoring and remediation
- Research and education
Ideal for professionals requiring immediate, on-site elemental analysis, the VR-H9 combines cutting-edge technology with practical functionality to streamline workflows and support data-driven decision-making.
Benchtop Ores Analyzer: VR-T9S
The VRAY VR-T9S is a high-precision benchtop XRF analyzer designed for accurate and efficient elemental analysis of ores, minerals, and powdered samples in laboratory and industrial settings. Combining advanced hardware with intelligent software, it delivers non-destructive, rapid, and reliable measurement of elements from light to heavy metals, making it ideal for mining, geology, metallurgy, and quality control applications. With its spacious sample chamber, automated features, and user-friendly interface, the VR-T9S enhances productivity and ensures consistent results for complex material analysis.
Key Features:
- Wide Elemental Range: Capable of analyzing elements from magnesium (Mg) to uranium (U).
- High-Power X-Ray Tube: Side-window X-ray tube with adjustable voltage (up to 50kV) and current (0-1000µA), supporting optional targets like Rh, W, or Ag.
- High-Performance Detector: Equipped with an SDD detector for high resolution and sensitivity, ensuring low detection limits and accurate results.
- Automatic Collimator and Filter Switching: Enhances detection accuracy and adaptability for diverse sample types and sizes.
- Large Sample Chamber: Accommodates solid, liquid, powder, and irregularly shaped samples with ease.
- Advanced Software: Integrates calibration curve and fundamental parameter (FP) methods for precise quantification; supports customizable testing protocols and data reporting.
- HD Camera System: Allows visual sample positioning and documentation without opening the chamber, improving efficiency and traceability.
- Safety and Compliance: Features radiation protection mechanisms, leak detection, and compliance with international safety standards (e.g., GB 18871-2002).
Applications:
- High Accuracy and Reproducibility: Delivers reliable data for resource evaluation, process control, and regulatory compliance.
- Minimal Sample Preparation: Reduces processing time and operational costs.
- Versatile Applications: Suitable for ore grading, coal and ash analysis, metal alloy verification, and environmental testing.
- User-Friendly Operation: One-button automated testing and intuitive software reduce training needs and human error.
- Robust Design: Built for continuous use in demanding environments with stable performance and low maintenance requirements.
Ideal for mining companies, research institutions, and industrial laboratories, the VR-T9S combines cutting-edge technology with practical functionality to meet the rigorous demands of modern elemental analysis.