John Miller
Operations Manager, Australia
High Efficiency: The hydraulic system provides strong power, ensuring fast drilling speed and high productivity.
Easy Operation: With hydraulic control, it is simple to adjust the angle and position of the rig, reducing manual labor.
Stability: The rig offers excellent stability, adapting well to complex working conditions for prolonged operation.
High Precision: The precise control system ensures accurate drilling depth and diameter.
Wide Application: Suitable for various rock and soil types, particularly in underground mining and tunnel construction.
Safety: Equipped with multiple safety features to minimize operational risks.
These characteristics make the hydraulic anchor drilling rig an essential tool for geotechnical projects and tunnel construction.
The hydraulic anchor drilling rig is widely used in various applications, including:
Tunnel Construction: For drilling anchor holes to secure tunnel walls and prevent collapse.
Mining Operations: To install anchors for supporting underground mines and shafts.
Geotechnical Engineering: Used in soil stabilization and foundation work by drilling for anchor bolts.
Slope Protection: Drills holes for installing rock bolts to stabilize slopes and prevent landslides.
Water Well Drilling: Sometimes used in drilling for water exploration and extraction.
Its versatility makes it ideal for environments requiring high stability, accuracy, and safety in drilling operations.
In underground mining and tunneling operations, rock bolting rigs(https://www.fccsdrilling.com/hydraulic-bolting-rigs.html) play a critical role in stabilizing rock formations and preventing collapses. A hydraulic bolting rig combines the power of hydraulic systems with precision drilling technology, enabling secure and consistent installation of rock bolts in demanding geological conditions. At Hebei Fikesen Coal Mine Machinery Manufacturing Co., Ltd., decades of experience in designing and manufacturing drilling machinery ensure that each bolting rig meets the rigorous requirements of both safety and efficiency.
Hydraulic systems provide significant advantages over pneumatic alternatives, including higher torque output, smoother operation, and reduced vibration, which helps maintain drilling accuracy. The advanced control valves in modern rigs allow operators to fine-tune drilling speed and torque depending on rock hardness, making them highly adaptable for a wide range of mining environments.
A rock bolt drilling machine from Hebei Fikesen is engineered to handle various bolt types, from fully grouted bolts to mechanically anchored systems. The use of hardened steel drilling rods, wear-resistant components, and sealed hydraulic cylinders ensures long service life even in abrasive and moisture-prone conditions. Many of our hydraulic rigs are designed for quick bolt installation cycles, reducing downtime and allowing continuous progress in roadway development or excavation projects.
Another key safety feature is the ability to operate in confined spaces while maintaining full drilling capacity. Compact frames and adjustable booms enable precise positioning without compromising stability. In addition, integrated dust suppression systems reduce airborne particles, protecting both workers and equipment from harmful exposure.
From coal mines in Hebei Province to large-scale tunneling projects worldwide, hydraulic bolting rigs have proven to be a dependable solution for reinforcing underground structures. By combining robust engineering, advanced hydraulic technology, and compliance with ISO9001 quality management standards, Hebei Fikesen ensures that each machine delivers consistent performance where safety matters most.
Selecting the right hydraulic roof bolting machine for a specific project requires understanding the geological conditions, tunnel dimensions, and intended bolt type. Unlike generic drilling equipment, a rock bolting machine is designed for specialized applications where stability and speed are equally important. Hebei Fikesen, as a recognized high-tech enterprise with over 67 intellectual property rights, offers a diverse range of hydraulic bolting solutions to meet various operational challenges.
One of the main considerations when choosing a bolting machine is drilling power versus mobility. For example, in steep or narrow mine headings, a compact yet powerful machine is essential. Our hydraulic bolting rigs use high-capacity pumps that deliver steady power without overheating, ensuring long drilling sequences without interruptions. The ability to adjust drilling angles also makes it easier to install bolts in non-linear rock faces, which is essential for securing irregular tunnel roofs.
The structural integrity of the rig frame is another factor. Hebei Fikesen machines are built with high-strength steel frames capable of withstanding heavy loads, while the hydraulic cylinders are sealed against dust and water ingress for longer operational life. In addition, advanced ergonomic controls allow operators to maintain precision without excessive physical strain, which is crucial during extended shifts.
A rock bolter machine from our product line can also be integrated with automated bolt feeding systems, minimizing manual handling and improving overall productivity. For mines dealing with varying strata conditions, variable-speed drilling functions and torque monitoring systems allow real-time adjustments, reducing the risk of bolt slippage or improper installation.
By aligning the machine’s capabilities with site-specific requirements, operators can significantly improve both safety and efficiency. Hebei Fikesen’s commitment to continuous research and innovation ensures that our hydraulic roof bolting machines remain at the forefront of underground support technology, delivering reliable performance under even the toughest conditions.
The use of rock anchor drilling machines is not limited to mining; it also plays a vital role in civil engineering, slope stabilization, and underground infrastructure projects. A self drilling rock anchor system, when combined with a hydraulic drilling platform, offers both drilling and anchoring capabilities in a single operation, making it highly efficient for challenging terrain and unstable rock formations.
Hebei Fikesen’s hydraulic rigs are engineered to handle various anchor types, from hollow bar anchors for loose strata to solid steel anchors for harder formations. By integrating high-pressure hydraulic pumps with precision drilling heads, our machines can achieve deeper penetration and faster anchor installation compared to conventional systems. The result is stronger structural reinforcement and reduced risk of geological movement.
In slope stabilization projects, the ability to drill at different inclinations is crucial. Our rigs feature multi-directional booms and adjustable feeds, allowing anchors to be placed exactly where they are needed, even in restricted access areas. This flexibility makes them ideal for road embankment reinforcement, tunnel portals, and retaining wall construction.
Durability is another critical aspect. Components such as drill rods, anchor adapters, and hydraulic motors are built from wear-resistant materials to withstand abrasive conditions. The sealing systems protect hydraulic components from dust and water, extending machine lifespan and reducing maintenance downtime.
In mining operations, rock anchor drilling is often part of a comprehensive ground support strategy, working alongside mesh installation and shotcrete application. By ensuring precise anchor placement and consistent drilling performance, these machines help maintain roadway stability and worker safety.
As a company recognized as the "Shijiazhuang Mine Drilling Equipment Technology Innovation Center," Hebei Fikesen continues to refine hydraulic rock anchor drilling technology to meet the growing demands of both the mining and civil engineering sectors, delivering solutions that balance power, precision, and adaptability.
John Miller
Operations Manager, Australia
Carlos Rodriguez
Project Engineer, Chile
Mark Thompson
Civil Works Contractor, Canada
Peter Novak
Tunnel Construction Supervisor, Poland