In the field of gold mine mining, it is an industry consensus that working conditions are complex and variable — from the open spaces of surface open-pit mines to the narrow spaces of underground tunnels, from the loading operation of hard ore rocks to the transportation of fine ore, each scene puts strict requirements on mining equipment. With its core advantage of flexibility and mobility, the tire-type diesel scraper has become a "versatile tool" adaptable to diverse gold mine working conditions, breaking the scene limitations of traditional equipment and injecting efficient vitality into gold mine mining.

Different from the bulkiness and limitation of tracked equipment, the tire-type diesel scraper adopts a lightweight chassis design and is equipped with professional mining tires, which have both flexibility and stability. It can not only realize large-scale and high-efficiency loading and transportation in the open areas of surface open-pit mines, but also flexibly shuttle through the narrow tunnels of underground gold mines to cope with complex turning and climbing scenes. For underground gold mines, the tunnel width is limited, the turning radius is small, and the slope fluctuates greatly. Traditional equipment is often difficult to operate flexibly. However, through optimizing the body structure, the tire-type diesel scraper can control the minimum turning radius within a reasonable range, and the maximum climbing capacity can reach 20°. Even on rough tunnel roads, it can maintain stable operation and easily complete the whole process of loading, transportation and unloading without frequent adjustment of equipment position, which greatly improves the operation continuity.

The diversity of gold mine mining scenes is also reflected in the differences in ore types and operating environments. Some gold mine ores are hard and require strong digging force to complete loading; some gold mines are located in remote areas with harsh operating environments, which have high requirements on the weather resistance and reliability of equipment. The tire-type diesel scraper has targeted optimization of core performance, equipped with a high-power diesel engine, with a maximum digging force of up to 102kN and a maximum traction force of up to 104kN, which can easily meet the loading needs of hard ore rocks and avoid operation stagnation caused by insufficient power. At the same time, the core components of the equipment are made of wear-resistant and corrosion-resistant materials, which have passed strict quality inspection, and can adapt to the harsh environments such as dust, humidity, high and low temperature in gold mine mining, reduce the incidence of equipment failures, and ensure long-term continuous operation.

In practical application, the scene adaptability of the tire-type diesel scraper has been fully verified. In a large underground gold mine, the tunnels are narrow and the slope is large. Traditional tracked scrapers have difficulty turning, weak climbing ability and low operation efficiency. After introducing the tire-type diesel scraper, the equipment can flexibly shuttle through various tunnels, and the loading and transportation can be completed in one go. The daily operation volume of a single equipment is more than 30% higher than that of traditional equipment, which effectively solves the pain points of underground tunnel operation. In surface open-pit gold mines, the tire-type diesel scraper can cooperate with other mining equipment to realize large-scale loading and transportation, adapting to the mining needs of different scales. Whether it is the scattered operation of small gold mines or the centralized mining of large gold mines, it can give play to its advantages of flexibility and efficiency.

In addition to the core scene adaptability, the tire-type diesel scraper also has the advantages of convenient operation and simple maintenance, which further improves its applicability in gold mine scenes. The equipment operation platform adopts an ergonomic design, and the control devices are reasonably arranged. Operators can get started after simple training, which reduces labor costs; at the same time, the equipment adopts a modular design, and key components are easy to disassemble and maintain, with low later maintenance costs, which can effectively reduce equipment downtime and ensure the continuity of gold mine mining operations.