Overview

Photoelectric sorting technology is a technology that uses the differences in the characteristics of materials, which has shown huge potential in the field of ore sorting. This article will explore the application of optoelectronic sorting technology in the field of ore sorting, as well as challenges and response strategies in the field of ore sorting.

Application of photoelectric sorting technology in ore sorting

The optoelectronic sorting technology mainly includes visible light, infrared, ultraviolet and X -ray sorting. It captures the light reflection or transmission information of the ore particles through high precision sensors, and then determines whether it is valuable by the preset intelligent algorithm, and is separated Essence

Advantage

1. Improving the accuracy of the sorting: Optical sorting technology can significantly improve the accuracy of ore sorting and effectively improve raw ore products.

2. Reduce cost: By pre -throwing, the processing and cost of subsequent mining session are reduced.

3. Environmental protection: The optoelectronic sorting process does not need to add chemical reagents to reduce environmental pollution.

Applications

1. Phosphorus ore sorting: Optical sorting technology shows a significant advantage in dealing with low -grade phosphorus ore resources, which can quickly remove a large amount of useless pulse stones and reduce the pressure of subsequent mining sements.

2. Gold Mine Sorting: Optical sorting technology can enrich gold ore and achieve higher economic mining products.

Facing challenges and response strategies

Challenge

1. Adaptability: How to adapt to more species and more complicated ore structure.

2. Stability and anti -interference ability: Improve the stability and anti -interference ability of the system.

3. Decrease cost: further reduce costs, increase cost -effectiveness.

Preventive solution

1. Technical innovation: Introduce cutting -edge technologies such as artificial intelligence and big data analysis to improve the intelligent level of the sorting system.

2. Equipment upgrade: Continuously optimize the performance of photoelectric sensors and execution agencies, and improve the efficiency and accuracy of sorting.

3. Industrialization promotion: accumulate application experience and promote the popularization of technology in a larger scale.

Mingde Optoelectronics Sorting Equipment

For the adaptive challenges of the sorting equipment in the sorting of the ore,Mingde Optoelectronics Technology Co., Ltd. has innovatively introduced artificial intelligence technology in the field of traditional photoelectric sorting. While improving the accuracy of sorting, it has greatly expanded the types of sorting ore.

For the challenge of machine stability and anti -interference ability, Mingde's machine sorting camera is a Gigabit network camera, which has clearer imaging and more accurate sorting.The machine is the whole steel frame, which adopts a split structure to avoid the impact of the vibration part on the sorting host.The sorting host adopts a closed structure, the dustproof and waterproof, so that the results of the sorting are more stable, and the machine is also a harsh environment with high dust, high pollution, and high corrosion of the machinery industry.

Under the cost challenges faced by photoelectric splitting equipment, Mingde Optoelectronics Technology Co., Ltd. has worked hard and has achieved independent technical breakthroughs.

The independent development of a full set of software systems solves the potential possibility of external technologies on the impact of the company's independent production restrictions and greatly reduced production costs, making machines more affordable.

https://www.mdoresorting.com/mingde-ai-sorting-machine-separate-quartzmicafeldspar-from-pegmatite

Conclusion

The application prospects of photoelectric sorting technology in the field of ore sorting can effectively improve ore taste, reduce costs, and have good environmental protection performance. In the face of challenges, industrialization should be strengthened through technological innovation and equipment upgrades to achieve its widespread application in the field of ore sorting.