Diesel/Gasoline Powered Hydraulic High-Altitude Lifting Platform (Spider Arm Lift)
Introduction
This heavy-duty hydraulic aerial lifting platform is designed for safe and efficient high-altitude work. Built with a crawler spider arm structure, it is suitable for construction sites, industrial maintenance, energy projects, and other demanding environments. It offers strong lifting capability, stable operation, and flexible power options for different job requirements.
Key Features
Heavy-Duty Design: Built for industrial and construction-level operations
Adjustable Height: Supports lifting heights from 10m to 24m
Flexible Load Capacity: 200kg to 450kg customizable capacity
Multi-Power Options: Diesel, gasoline, electric, or battery versions available
Stable Hydraulic System: Ensures smooth and safe lifting performance
Crawler Spider Structure: Strong mobility and adaptability on rough terrain
Remote Control Options: Optional up/down and driving remote control
Long Warranty: 2-year warranty on main unit and core components
Specifications
Power: 2.2 kW / 4.5 kW
Lift Mechanism: Telescopic hydraulic lift
Lift Drive System: Hydraulic
Power Source: AC power / diesel / gasoline / battery (optional)
Load Capacity: 300 kg (customizable 200–450 kg)
Lifting Height: 10–24 meters
Table Size: 900 × 700 mm / 1200 × 800 mm
Material: High-strength steel
Weight: 1855 kg
Overall Dimensions: 5.2 × 1.7 × 2.1 m
Width: 600 mm
Condition: New
Warranty: 2 years
Applications
Construction Sites: High-rise installation and maintenance
Manufacturing Plants: Equipment servicing and repairs
Energy & Mining: Outdoor heavy-duty maintenance work
Advertising Industry: Billboard installation and servicing
Warehouses & Industrial Facilities: Elevated repair and inspection tasks
Summary
This hydraulic spider arm lifting platform is a powerful and flexible solution for high-altitude operations. With strong lifting capacity, multiple power options, and advanced safety features, it is designed for demanding industrial and construction applications requiring stability and reliability.











