Construction Hoist

Inclined Guide Rail Construction Hoist

                     
    

 

Inclined Guide Rail Construction Hoist

Inclined Hoisting Solution for Bridges & High Piers

Ideal for bridge construction, high piers, water towers, and other inclined structures.



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Inclined Guide Rail Construction Hoist
Designed for Bridges, Piers & Inclined Structures

Inclined Guide Rail Construction Hoist is a specialized construction hoisting system designed for projects where vertical transportation is not feasible, such as bridge piers, pylons, and inclined concrete structures.

By installing the guide rail at a specific inclination angle, the hoist cage can safely and efficiently transport workers and materials along the structure, significantly improving construction efficiency and site safety.

What Is an Inclined Guide Rail Construction Hoist

Inclined Guide Rail Construction Hoist is a project-oriented construction elevator system that operates along an inclined guide rail rather than a vertical mast.

The hoist cage travels on a fixed inclined rail, which is securely mounted to the structure.
This design allows continuous transportation along steep or angled construction surfaces where traditional construction hoists cannot be installed.

The system is widely used in bridge and infrastructure projects requiring long-distance inclined lifting.

Why Inclined Guide Rail Hoist Is Required

Bridge and infrastructure construction often presents challenges that cannot be solved by standard vertical hoists.

Common Construction Challenges

  • No vertical installation surface on bridge piers
  • Large height difference between ground and working platform
  • Long-distance inclined access required
  • Low efficiency and safety risks using cranes or ladders

Advantages of Inclined Guide Rail Hoist

  • Inclined rail adapts to bridge pier geometry
  • Continuous and stable transportation along the structure
  • High load capacity for personnel and materials
  • Safer and more efficient than temporary access systems

Application Areas

Inclined Guide Rail Construction Hoist is commonly applied in:

  • Bridge construction projects
  • High bridge piers and pylons
  • Water tower construction
  • Chemical plant structures
  • Other special inclined concrete or steel structures

Key Technical Features

  • Inclined guide rail system
    Designed according to project inclination angle and height
  • Dual cage configuration available
    Suitable for high-efficiency personnel and material transport
  • Rack & pinion drive system
    Stable operation on long inclined rails
  • Heavy-duty hoist cage structure
    Designed for demanding construction environments
  • Frequency conversion control (optional)
    Smooth acceleration and deceleration, reduced mechanical stress

Technical Specifications

Standard Models

ModelRated CapacityLifting SpeedMotor Power
SCX100/1002 × 1000 kg0–40 m/min2 × 2 × 11 kW
SCX200/2002 × 2000 kg0–40 m/min2 × 2 × 13 kW

Recommended Cage Dimensions (L × W × H)

  • 2.4 × 1.3 × 2.5 m
  • 3.0 × 1.3 × 2.5 m
  • 3.2 × 1.5 × 2.5 m

✔ Cage dimensions can be customized according to project requirements
✔ Frequency conversion system available
✔ Maximum lifting speed up to 60 m/min (optional)

 

Safety & Reliability

  • Multiple integrated safety protection devices
  • Rigid inclined rail fixing ensures stable cage movement
  • Designed for continuous operation on large bridge projects
  • Suitable for long-term outdoor construction environments

 

Custom Engineering Support

Inclined Guide Rail Construction Hoist is custom-designed for each project.

To provide an optimized solution, our engineering team evaluates:

  • Inclination angle and lifting height
  • Load requirements
  • Installation conditions
  • Construction schedule and site environment

📐 Technical drawings and installation are provided before production.

Project Application

Inclined Guide Rail Construction Hoists have been widely applied in bridge and infrastructure construction projects, providing safe, efficient, and reliable access for personnel and materials.;