Hydraulic Auger Drive
Delivers high torque output and rock-breaking power for heavy piling and mineral drilling rigs operating in challenging geological ground conditions.
High-torque power heads and planetary hoisting winches engineered for drilling rigs and piling equipment. Built with shock-resistant alloy gearing, wet hydraulic brakes, and versatile drive options to ensure high drilling torque and drift-free lifting safety.
Custom-engineered hydraulic auger drive built with heavy-duty forged alloy steel gearing. Designed to absorb extreme drilling vibrations and shock loads during deep pile foundation and mining operations.
Hydraulic main winches equipped with spring-applied, hydraulically-released multi-disc wet brakes. Guarantees 100% static hold to prevent heavy drill pipe drifting during continuous hoisting.
Supports both hydraulic and electric input drives for main and auxiliary hoisting. Electric planetary winches deliver energy-efficient performance, low operating noise, and precise speed control.
Proven reliability in rotary drilling drives, hydraulic main winches, and electric hoisting systems
Watch our hoisting winches and rotary drives operating on rotary drilling rigs and pile drivers under demanding site conditions. Built with high-torque planetary gearing and integrated wet brakes, ZHIHE drives ensure reliable power output and drift-free lifting safety.
Auger drive units provide high torque for drill bit rotation and rock breaking, while hydraulic and electric hoisting winches handle mast lifting and auxiliary material handling on piling rigs.
Our transmission systems are custom-engineered for rotary drilling rigs, pile drivers, continuous flight auger (CFA) equipment, and heavy-duty mining exploration machinery.
Selection depends on required drilling torque, maximum line pull capacity, drum dimensions, and hydraulic/electric input specs. Contact us for custom 3D STEP CAD support within 24 hours.
Yes. Built with forged 20CrMnTi alloy gearing and spring-applied wet brakes, our winches and rotary drives resist heavy shock loads, mud, high humidity, and extreme dust.