VK-600 Handheld ore analyzer
Smaller, quicker, more accurate and more durable
VK-600 portable ore analyzer is solid and durable, which can be applied where there are extremely harsh analytical requirements in harsh environments. Each device uses KMX-RAY’s newly developed KMX technology, which is an innovation in XRF signal processing, providing accurate and repeatable results and thus allowing users to achieve higher productivity and get a quick return on investment.
VK-600 can be used for field analysis of a variety of ores. The mature X-ray tube analysis system, which has passed the field test, is free of radioactive isotope. It can be used for quick and comprehensive ore study during field analysis. It has low sample requirements, but provides accurate test results. It is capable of accurately analyzing high-concentration samples, thus avoiding verification tests in the laboratory. KMX-RAY handheld K-600 analyzer is suitable for multi-element analysis of ores. It is widely applied in detection and analysis of ores, as well as slag refining analysis and archaeological
research. It is applicable to all natural ores from phosphorus to uranium, slag, rock, mud and slurry, including gold ore, silver ore, copper ore, iron ore, tin ore, zinc ore, nickel ore, molybdenum ore, iridium ore, arsenic ore, lead ore, titanium ore, antimony ore, manganese ore, vanadium ore, iodine ore, sulfur ore, potassium ore, phosphate ore, uranium ore, etc. Test samples include solid, liquid, dust, powder, solid, fragment, filtrate, film and other tangible objects.
Main applications:
The handheld ore analyzer is used for quick analysis and determination of nonferrous elements in mining, geology, soil environment, sediment and sediment.
Relying on KMX-RAY's R&D experience in X-ray fluorescence spectrometer (handheld spectrometer) for years, the new generation of KMX handheld XRF ore analyzer K-600 once again brought a revolution in the field of analysis.
With the digital multi-channel technology, VK-600 brings lower detection limit, higher stability, better applicability and excellent performance comparable to desktop computers; In light and compact volume, the analyzer gives a full play in simpler and easier prospecting, exploration, and multi-element detection and analysis of various geological samples.
VK-600 handheld ore analyzer can be used for field analysis of a variety of ores. The mature X-ray tube analysis system, which has passed the field test, is free of radioactive isotope. It can be used for quick and comprehensive ore study during field analysis. It has low sample requirements, but provides accurate test results. It is capable of accurately analyzing high-concentration samples, thus avoiding verification tests in the laboratory.
Application strengths in the geological and mining
Test elements: Detectable elements: more than 30 elements for standard configuration or more professional testing elements required by customers:
Expertise: special version of ore analysis software, using smart one-key testing.
1. Custom-tailored working mode
A variety of mineral sample modes for option and limited number modes for free addition along with customized working modes.
2. Optimized value of the mine The high-definition camera can make more visualized observations over the detected ore veins or ore points, give accurate management and control of the mining process, and detect the ore grade at any time.
3. Accurate and rapid analysis of raw ores, concentrates and tailings in the beneficiation to provide a solid basis for the valuation of ore grade, mineral trade, processing and recovery.
4. Environmental monitoring
To monitor and detect the heavy metals in the soil around the mine, evaluate the restoration of the mine environment, and monitor the environment around the mine to the utmost extent.
Performance advantages of VK-600
1. X-ray tube light source, multi-beam filtration technology
HP’s Personal Digital Assistant (HP Palmtop) for the excellent detection range, speed and accuracy as well as upgrade potential.
2. Advanced and versatile X-ray data modes
Using the Compton normalization method, “internal standards” can be used for quantitative analysis without special correction.
3. Basic parameter analysis:
The semi-quantitative analysis mode is suitable for testing samples composed of various elements and with uneven structural density.
4. Experimental correction method:
Use the “calibration curve” for correction to generate a new calibration curve.
5. Use the high-level spectrum recognition software. The spectrum can be displayed on the screen.
6. Conduct spectrum comparison and analysis based on internal standards.
