Hydraulic Hoist Winch
Engineered with integrated hydraulic multi-disc brakes to ensure smooth platform lifting and reliable holding with zero load drift at heights.
High-torque planetary transmission drives custom-engineered for AWP slewing, hoisting, and chassis mobility. Built with integrated multi-disc hydraulic brakes and low-backlash gearing to ensure whisper-quiet, drift-free operation at heights.
Engineered with spring-applied, hydraulically-released multi-disc brakes. Delivers high static holding torque to prevent boom drifting and guarantee operator safety during high-altitude operations.
Features precision CNC carburized gear grinding to minimize gear backlash. Ensures whisper-quiet, jitter-free 360° boom rotation and accurate bucket positioning.
Optimized planetary gear structure offers high torque-to-weight ratio in a compact footprint. Designed to fit tight mounting spaces with universal OEM flanges and zero oil leakage.
Proven reliability in aerial work platforms and boom lift drive applications worldwide.
Backed by high-precision CNC machining centers and dedicated gear shaping equipment, we produce high-rigidity reducers tailored for boom lifts and AWP machinery. From non-standard gear ratios to custom mounting flanges, our engineering team provides 3D STEP drawings within 24 hours to match your exact OEM specifications.
The reducer converts hydraulic power into high torque to control smooth boom rotation, precise platform lifting, and chassis movement, ensuring safe high-altitude operations.
Yes. Featuring IP-rated dynamic seals and weather-resistant coatings, our reducers operate reliably across extreme temperatures, high humidity, and dusty job sites.
Selection depends on platform capacity, working height, output torque, and mounting dimensions. Send us your motor specs to receive CAD selection support within 12 hours.
Built with 20CrMnTi carburized alloy gears and precision tooth grinding, our reducers effectively resist wear, minimize noise, and significantly extend service life under continuous cycle duty.