Hydraulic Slope Anchor Rig

The Hydraulic slope anchor rig can be widely used in various applications such as railway/highway slope anchoring and reinforcement, deep foundation pit anchor cable/anchor rod support, high and steep slope protection in open-pit mines, and anchoring and treatment of geological disaster hazard points. Its powerful torque head can adapt to drilling needs in complex strata such as moderately and slightly weathered hard rock. The side-shifting design at the borehole opening significantly simplifies the processes of anchoring, changing drill bits, and connecting casing. Combined with an energy-efficient hydraulic system, it effectively reduces energy costs during long-term field operations and improves construction efficiency.

Suitable for construction of large-diameter anti-buoyancy anchor rods, high-pressure jet grouting piles, advanced large-pipe roof drilling, and large-diameter drainage hole construction, among other applications requiring high borehole diameter. The 430mm borehole clamp can be adapted to large-diameter drill bits and casings without additional modification. Its highly stable design ensures hole position accuracy during large-diameter drilling, reducing deviation and angled hole problems, and significantly improving the convenience of large-diameter construction.

It can meet the needs of narrow-space operations such as subway tunnels, mountain tunnels, underground mine roadway anchor/cable support, and underground cavern reinforcement. The equipment's safe and convenient operation reduces the difficulty of operation in confined spaces. The lateral shifting function allows for flexible adjustment of the working position, reducing the frequency of equipment relocation. Its highly stable design also ensures construction safety under complex underground conditions.

It can also be applied to dam seepage prevention and reinforcement in water conservancy and hydropower projects, port and wharf foundation reinforcement, and shallow geothermal drilling. It is compatible with various construction techniques such as impact rotary drilling, casing drilling, and auger drilling, flexibly meeting the differentiated construction requirements of different projects.