Overview of Intelligent Dry Sorting Machines:

1. The intelligent dry sorting machine is suitable for the sorting of non-ferrous metals, precious metals, coal, and other minerals;

2. The intelligent dry sorting system is energy-efficient and environmentally friendly, occupies a small footprint, has a short construction period, and low investment costs;

3. The system features a simple process, easy operation, and low operating costs, and has broad application prospects in replacing manual ore sorting, pre-removing waste, significantly reducing various costs, and improving production capacity and quality.

Application scope:

1. Suitable for mineral sorting in extremely cold, arid, and water-scarce regions (no usage restrictions);

2. Suitable for pre-treatment of mine waste at the mine site (low investment);

3. Replaces manual waste sorting in ore processing plants (safe and labor-saving);

4. Replaces outdated ore processing machinery and water washing equipment (water-saving and environmentally friendly);

5. Pre-treatment of waste at ore processing plants (improves productivity and reduces production costs).

Equipment features:

1.  Completely dry sorting process, requiring no water, thus avoiding environmental pollution;

2.  Low energy consumption and high sorting accuracy;

3.  Low project investment cost;

4.  Low operating and maintenance costs;

5.  Simple operation and high stability.

System functions:

1. High Efficiency:  The single-pass sorting efficiency is over 95%, surpassing the waste removal efficiency of manual sorting and jigging machines;

2. Low Consumption:  Besides electricity, there are no other consumables; the equipment features automatic alarms and requires no manual operation;

3. Energy Saving: Physical separation, no media required, low power consumption;

4. Environmentally Friendly: The system uses completely dry separation, requiring no water or other media, thus avoiding environmental pollution;

Technological advantages:

1. Deep application of core algorithms in image processing and computer vision;

2. Extensive application of big data analysis and modeling for production line optimization across various product fields;

3. High-end systematic application of artificial intelligence and deep learning;

4. High-end applications of automatic control and precision mechanical manufacturing;

5. Dry sorting process, water-free, environmentally friendly and highly efficient;

6. Energy saving and consumption reduction, reducing carbon dioxide emissions;

7. Effective cost reduction and significant improvement in efficiency.

Applicable scenarios:

Non-ferrous metal/precious metal intelligent sorting equipment

Coal mine and coal gangue sorting equipment

Food/grain intelligent sorting equipment

Waste and solid waste intelligent sorting equipment