Workshop Overhead Crane
Warehouse Bridge Crane (2).webp
Warehouse Bridge Crane.webp
Workshop Overhead Crane (2).webp
Workshop Overhead Crane.webp
Warehouse Bridge Crane (2).webp
Warehouse Bridge Crane.webp
Workshop Overhead Crane (2).webp
Workshop Overhead Crane.webp
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Workshop overhead crane are widely used in various industrial workshops for lifting, handling, and transporting heavy materials.
Capacity:
1~800ton
Lifting Height:
12-22m
Span:
10.5~31.5m
Voltage/Hertz:
3 phase 50Hz 380V
Working Class:
A3-A8
CONSULT
Product Overview
Application Scenario
Features
Customized
Parameter
Product Overview

Workshop overhead crane are widely used in various industrial workshops for lifting, handling, and transporting heavy materials. They cover almost all industrial production fields involving the handling and assembly of heavy or large objects. Designed to be efficient, safe, and precise, bridge cranes for workshops play a vital role in modern manufacturing and production processes.

Applications & Workshop Types

  • Bridge Cranes for Paper Mills: Used for lifting huge paper rolls (each weighing several tons) and changing paper rolls.

  • Bridge Cranes for Printing Plants: Used for changing huge printing cylinders and moving paper rolls.

  • Bridge Cranes for Food Processing/Wineries: Used for moving various raw materials, sugar bags, flour bags, or cleaning and maintenance of large fermentation tanks (typically requiring food-grade lubrication and dustproof design).

  • Steelmaking/Ironmaking Workshop Crane: Foundry cranes are used to lift ladles of molten iron and steel; hopper cranes are used to charge converters.

  • Rolling/Forging Workshop Crane: Clamping cranes are used to handle high-temperature steel billets; forging cranes are used in conjunction with 10,000-ton hydraulic presses for forging. These types of equipment typically require strong heat resistance and cushioning capabilities.

  • Non-ferrous Metals Processing Workshop: Overhead cranes/Bridge cranes are used to lift raw materials or finished products such as aluminum ingots and copper plates.

Key Features

  • High Efficiency & Productivity: Overhead cranes enable fast and continuous lifting operations across the entire workshop, significantly improving production efficiency and reducing manual handling time.

  • Precise Positioning & Smooth Operation: Equipped with advanced control systems, cranes ensure accurate positioning and smooth movement—ideal for production lines, storage areas, loading bays and precision manufacturing processes.

  • Heavy Load Handling Capability: With lifting capacities ranging from light-duty to hundreds of tons, workshop overhead cranes can easily handle heavy equipment, steel structures, and large components.

  • Maximum Space Utilization: Installed overhead, the crane does not occupy floor space, allowing better layout planning and more efficient use of the workshop area.

  • Reduced Labor Cost: By replacing manual lifting and forklifts in many operations, Workshop overhead cranes reduce workforce requirements and improve overall operational efficiency.

Application Scenario


Water Conservancy And Hydropower

The dam-top gantry crane is installed on the top of a hydropower station dam. It is mainly used for gate lifting and material handling.

Wind Power Industry

Weihua cranes are widely used in offshore wind power projects, especially for wind turbine installation and large component handling.

Shipyard Cranes

Shipyard gantry cranes are designed for shipbuilding operations, including section lifting, turning, assembly, and launching.

Steel Mill Cranes

Weihua metallurgical cranes are used in steel mills covering lifting needs from smelting to finished product handling.

Features
Brand Reputation

Brand Reputation

Weihua Cranes ranks among the top sellers in China's crane industry, boasting high brand awareness and market share. Its products are widely used in numerous national key projects.

Full Service

Full Service

Weihua provides a one-stop service, encompassing consultation and planning, solution design, installation, and localized technical support worldwide.

Excellent Product Quality

Excellent Product Quality

Weihua Crane employs automated production lines and precision machining equipment. Key components are sourced from well-known domestic and international brands.

High Safety

High Safety

Weihua Lifting strictly adheres to international standards such as GB and FEM. Key structures adopt high safety factors to ensure precise operation.

Customized

Customized Workshop Overhead Crane Solutions

Weihua Crane provides fully customized Workshop Overhead Crane solutions designed for industrial factories, processing workshops and indoor stockyard operations, offering high lifting capacity, stable operation and reliable performance for handling workshop equipment, raw materials and finished industrial products.

Key parameters such as lifting capacity, span, lifting height, and rail gauge can be flexibly adjusted to suit different factory layouts and general industrial handling requirements, ensuring efficient and safe daily production operations.

Optional Configurations

  • Electric or hybrid drive trolley options

  • Automated control and remote operation system

  • Anti-sway and positioning system for precise workshop material handling

  • Energy-saving drive systems and regenerative braking

  • Customized design to match specific workshop rail layouts

Our engineering team ensures high efficiency, safety, and long-term reliability, providing advanced solutions for modern factory production and industrial material handling operations.

Parameter
Parameters Explanation and Common Ranges Key Selection Criteria
Rated lifting capacity Refers to the maximum weight that the crane is safely allowed to lift, usually in tons (t).
               Light: 0.5t – 20t
               Medium: 5t – 50t
               Heavy: 75t – 800t
The crane must be heavier than the heaviest single item in your workshop. For grab bucket cranes, this weight includes the weight of the grab bucket itself.
Span Refers to the horizontal distance between the center lines of the tracks on both sides of the workshop, determining the crane's working coverage area, in meters (m).
               Small span: e.g., 3m – 22.5m
               Medium span: e.g., 10.5m – 31.5m
               Large span: e.g., 31.5m and above
This is determined by the width of the workshop building. It must be determined before the factory design or before bidding for the workshop crane equipment.
Lifting height Refers to the distance from the hook to the ground or the platform where the track is located when it is raised to its highest position, in meters (m).
               Standard: e.g., 6m – 30m
               Special: e.g., 85m (for hydropower stations)
It is also determined by the highest lifting position and the workpiece stacking height, ensuring that it can reach the highest point while safely passing over obstacles below.
Working class A comprehensive indicator reflecting the crane's workload and load capacity, divided into A1 to A8 has eight levels.
               A3-A5 (Intermediate): Used in warehouses or general workshops.
               A6-A8 (Heavy/Extra Heavy): Used in metallurgy, casting, and other frequent, high-intensity operations
This is one of the most important technical indicators for selecting a workshop crane, directly affecting the equipment's lifespan and safety. Choosing an inferior model will result in premature crane failure.
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