Chile is one of the world’s leading mining countries, with extensive copper, lithium, and mineral resources distributed across complex geological formations. In addition to mining activities, infrastructure projects such as road construction, tunneling, quarrying, and urban expansion require efficient rock breaking methods that minimise environmental impact and operational risks.
Before selecting the equipment, the customer conducted extensive research on available rock-breaking technologies. Their key requirements included high efficiency in hard rock conditions, stable performance at high altitudes, easy maintenance, and adaptability to different project environments. The equipment also needed to be compatible with existing machinery and simple enough for local operators to learn quickly.
Equipment Solution: Integrated Rock Drill and Splitter
After technical discussions and analysis of site conditions, the rock drill and splitter was recommended as the optimal solution. The rock drill is used to create accurately positioned holes in the rock surface, while the hydraulic splitter generates a strong splitting force to separate the rock along natural fracture lines.
The drill part of the rock drill and splitter exported to Chile features high drilling efficiency, strong impact energy, and stable performance under continuous operation. Its design allows for efficient drilling even in extremely hard rock formations, ensuring the consistent hole quality required for effective splitting.
The hydraulic rock splitter is designed to produce a powerful splitting force without generating vibration, flying debris, or excessive noise. Compared with blasting, this method significantly improves safety and allows operations to continue in sensitive environments. The splitter’s compact structure also makes it suitable for confined working spaces such as trenches, foundations, and slope stabilisation projects.
Manufacturing and Quality Assurance
Prior to shipment, the rock drill and splitter underwent strict quality inspection and performance testing. Each component was carefully checked to ensure compliance with international standards and to guarantee reliable operation under demanding working conditions.
Special attention was given to hydraulic system stability, material strength, and wear-resistant components. Considering Chile’s varied climate conditions, including desert regions and mountainous environments, the equipment was prepared to withstand temperature variations and continuous heavy-duty usage.
Detailed operation manuals and maintenance guidelines were provided in English to facilitate easy understanding by the customer’s technical team. Remote technical support was also arranged to assist during installation and initial operation. If you are looking for the integrated rock drill and splitter, welcome
Specifications of Rock Drill and Splitter Exported to Chile
| Model | YG-130 |
| Suitable Excavator | 20T-36T Excavator |
| Maximum Horizontal Splitting Height | 9475mm |
| Maximum Vertical Splitting Height | 6715mm |
| Maximum Splitting Depth | 6705mm |
| Maximum Splitting Distance | 10225mm |
| Pilling Beam Length | 3875mm |
| Drilling Advance Stroke | 2000mm |
| Maximum Drilling Thrust Force | 50KN |
| Maximum Drilling Pull Force | 32KN |
| Piling Advance Stroke | 1500mm |
| Maximum Piling Thrust Force | 160KN |
| Maximum Piling Full Force | 100KN |
| Hydraulic Pressure | Max. 35Mpa |
| Hydraulic Flow | Min. 240L/min |
| Weight | 4200kg |
| Dimensions | 4210*1400*1785mm |
| Operation Mode | Remote Control |
