AY Series Hydraulic Lifting Tower for Oriented Construction Drilling Towers and XY Series Drilling Machines are compatible, allowing the use of the drilling machine's own hydraulic device to lift the hydraulic cylinder. They are suitable for drilling exploration holes in various complex terrains within a range of 0~90°, enabling directional construction drilling perpendicular to the vein, accurately determining the mineral reserves, reducing drilling depth, lowering construction costs, and meeting the needs of mining engineering construction.
A Series Drilling Towers, Crane, Derrick, and Base are suitable for various types of hydrogeological, survey, geothermal, and shallow petroleum drilling equipment. The drilling tower body is a welded truss structure with a triangular or rectangular cross-section, offering good stability. The derricks are connected by pins, making installation and disassembly convenient. The base is designed as a base girder or base, with bolt and pin connections for simplicity and ease of transportation.
K Series Crane, Derrick, and Base comply with SY/T5025-99 "Drilling and Workover Derrick and Base Specifications." They can be equipped with various hydrogeological and petroleum drilling machines, widely used in deep wells, petroleum, geothermal, and natural gas drilling. The K Series derrick's traveling system has a large operating space, meeting the requirements for top drive installation, and is easy to dismantle and transport. The derrick is installed low, using a gantry, and relies on the drilling machine's power to achieve self-lifting without ground anchors.
YZK Series Vertical Lifting Drilling Tower adopts a vertical lifting design similar to construction tower cranes. It has new breakthroughs in lightweight and modular technology. It can be used with XY Series core, hydrogeological, geothermal, and petroleum drilling machines, while also meeting the requirements for top drive installation. This type of drilling tower has stable lifting, small floor space, quick and convenient installation, and all derrick installation is done at a low level, reducing high-altitude work to ensure safety. It meets the drilling construction needs in urban areas, mountainous regions, tunnels, and other areas with high land use costs, complex geographical conditions, and restricted sites.
