Handheld Mining Analyzer Mark 600M Series

Mark 600M is equipped with the capability of precise analysis of light elements, which is important for understanding sample mineralogy and critical for analyzing certain types of minerals, such as bauxite and limestone. During exploration, the Mark 600M is an excellent tool for fast screening of vast areas due to its light weight and mobility.

In mining, the Mark 600M provides easy ore grade control and allows for quick decision-making. The analysis of ore concentrates during the enrichment process is also a simple task for the Mark 600M. Both primary elements and trace elements can be accurately measured using the fundamental parameters method.

Investing in the Mark 600M will improve your mining operations by providing fast, accurate, and reliable on-site analysis of ore samples.

Advantages of Mark 600M Series

In-situ Measure and Screen

Using the Napco Mark 600M for rapid on-site screening of heavy metals and other contaminants in soil greatly reduces the number of samples that need to send to laboratory for analysis, greatly reducing analysis costs and analysis time.

Fast Results in Seconds

Point and shoot and you can get stable and accurate results in about 10s, covering over 30 elements simultaneously with minimal sample preparation

Minimal Training Required

Easy to use with user friendly software. Work immediately out of the box and requires minimal operator training

Superior Analysis Performance

High-performance miniature X-ray tube, with intelligent multi-position filters, specially optimization for key elements ensure analyzer achieve superior performance.

Low Cost of Maintenance

Rugged design with IP54 standard dustproof and waterproof.
Working continuously and normally in the temperature of -10°C to 50°C, solid enough to address environmental challenges on site.

Typical Applications

X-ray fluorescence (XRF) machines are widely used in the mining industry for various purposes, primarily for elemental analysis of geological samples. Here’s how XRF machines are utilized in mining:

Exploration and Resource Evaluation: XRF machines can analyze rock, soil, and sediment samples collected during exploration activities. By determining the elemental composition of these samples, geologists can identify potential ore deposits and evaluate the economic viability of mining operations.

Grade Control: XRF analysis is used for grade control in mining operations. By analyzing samples from drill cores, ore bodies, or even in real-time on the production line, miners can monitor the elemental composition of the material being extracted. This helps ensure that the mined material meets the required quality standards and allows for adjustments in mining operations to optimize ore recovery.

Process Optimization: XRF analysis is also used to monitor the composition of materials throughout the mining and mineral processing stages. By continuously analyzing samples, miners can optimize their processes to improve efficiency, reduce waste, and ensure the quality of the final product.

Environmental Monitoring: XRF machines can be used to monitor environmental impacts associated with mining activities. By analyzing soil, water, and air samples from the vicinity of mining sites, environmental scientists can assess the presence of potentially harmful elements and track changes over time.

Regulatory Compliance: Many mining operations are subject to regulations regarding the concentration of certain elements in their products or effluents. XRF analysis helps companies ensure compliance with these regulations by accurately measuring the elemental composition of their materials.

Research and Development: XRF machines are valuable tools for research and development in the mining industry. Researchers use them to study geological samples, develop new exploration techniques, and improve mineral processing technologies.

Overall, XRF machines play a crucial role in the mining industry by providing rapid and accurate elemental analysis, which helps miners make informed decisions throughout the exploration, extraction, and processing stages.

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