PMGZ Series Crawler High Lift Slope Anchor Drilling Rig 1 в Алматы

Introduction to PMGZ Series Crawler High Lift Slope Anchor Drilling Rig
The PMGZ series crawler high-lift slope anchor drilling rig is a construction equipment for geological disaster prevention and control projects. The drilling rig is equipped with a hydraulic telescopic boom, which can be extended section by section through the hydraulic system to easily cover the slope area with a large vertical height and a long horizontal distance. The boom has a pitch adjustment function. Combined with the telescopic action, it can accurately locate any slope position and perform vertical, inclined or horizontal hole drilling to meet the needs of complex anchoring construction. It is mainly used in landslide control and dangerous rock anchoring projects. At the same time, the drilling rig is also widely used in urban deep foundation pit support, anti-floating anchors and foundation grouting reinforcement engineering holes, blasting holes in blasting projects, tunnel anchor projects, tunnel pipe shed support, and water conservancy and hydropower high slope rock anchoring projects.
2. Features of PMGZ Series Crawler High Lift Slope Anchor Drilling Rig
2.1 Convenient high-altitude construction: The drilling platform is equipped with a drilling rig, an operating platform and a drilling tool placement platform, which makes it more convenient for construction workers to cooperate with construction at high altitudes.
2.2 There is no need to frequently move the drilling rig, and the high-lift telescopic arm can cover a large construction area, improving construction efficiency while avoiding the risk of landslides caused by the equipment being close to unstable slopes.
2.3 Support various drilling methods such as conventional down-the-hole drilling, pipe drilling, spiral drilling, etc., to efficiently cope with complex and changeable formation conditions.
2.4 Equipped with a large torque hydraulic power head, it has strong drilling capability and improves construction efficiency.