Performance Advantages

◆ Stable, efficient, and reliable (The surrounding radiation dose of JPXRT series equipment is <0.5uSv/hour (National standard: 2.5uSv/hour)).

◆ Intelligent: Fully intelligent control and remote operation of the sorting process, without human intervention.

◆ High precision: Multi-dimensional detection and the integration of advanced technologies such as X-ray for precise identification of ore and waste rock.

◆ High efficiency: Daily ore sorting capacity can reach up to 500t/hour.

◆ Wide particle size: Can process non-ferrous metal ores with particle sizes between 10mm and 150mm.

◆ Maintains high performance under harsh conditions: High mechanical performance and sorting efficiency can be stably maintained regardless of wet, dry, or cold conditions.

Industrial Value

(1) Improve mining efficiency and lower the mining boundary grade;

(2) Reduce mining transportation costs;

(3) Pre-enrichment to improve the grade of the feed;

(4) Reduce the amount of ball milling and flotation ore, lowering subsequent production processing costs;

(5) Reduce tailings discharge and extend the service life of tailings ponds;

(6) Reduce the discharge of three wastes and lower environmental pollution;

(7) Comprehensive utilization of waste rock resources to improve enterprise efficiency;

(8) Reduce investment in new ore dressing plants and improve the processing capacity of ore dressing plants;

(9) Build a green, environmentally friendly, and intelligent mine;

Functions and Features

Detection Technology: According to the physical properties of the ore, different spectral imaging detection is used for multi-faceted imaging of the ore, with ore surface coverage exceeding 80%. X-ray transmission technology uses material atomic density to achieve high-precision identification and sorting, unaffected by particle size, moisture, and surface contamination. It is widely used in the recovery of metal minerals with smaller particle sizes, poor conductivity, and incomplete single-body dissociation.

Intelligent Analysis: The system analysis center uses machine learning and deep neural network technology, which can not only accurately sort according to production needs but also continuously accumulate and learn online during use. The longer the product is used, the more accurate the identification precision, and the stronger the adaptability of ore detection.

Automatic Cleaning: The system has a built-in ore cleaning device to further clean the ore and improve the accuracy of ore detection.

Automatic Sorting: Ends the history of low efficiency and poor effect of manual ore sorting, realizing automated online operation of ore sorting, greatly improving ore dressing efficiency, output, and effect, and significantly reducing enterprise ore dressing costs.

Full Process Control: During system operation, the feeding speed and sorting parameters can be adjusted online via computer, and the system will automatically record its various operating statuses, achieving full monitoring of the work process.

Simple Operation Simple operation, one-button start/stop.

Sorting Principle

　　Based on dual-energy X-ray透视 and material identification, using machine vision detection technology, neural network algorithms, and artificial intelligence technologies such as big data deep learning training, each piece of ore is accurately analyzed and identified. High-speed air ejection guns are used for precise impact, achieving effective separation and sorting of ore and waste rock. As shown below:

Application Range

Suitable for ore dressing plants, mines, tailings dumps, and metallurgical enterprises that use it for sorting metallurgical production waste.

Ore types that can be used with the intelligent ore sorting machine include:

——Non-ferrous metal ores: Antimony, gold, copper, lead, zinc, tungsten, molybdenum, tin, nickel, vanadium, titanium, etc.;

——Black metal ores: Wolframite, iron, manganese, chromium, etc.;

——Precious metals: Gold, silver, etc.;

—— Fluorescent minerals: scheelite, fluorite, calcite, Malaya stone, zircon, spodumene, dolomite, layered calcite, Iceland spar, opal, massive fluorite, diamond, and twenty-three other types;

—— Others: Special energy-type uranium ore, rare earth ore, non-metallic ore, and other rare metals.