A Workshop Gantry Crane, also called an indoor gantry crane, factory gantry crane, or mobile gantry crane, is a lifting equipment used in workshops, factories, and warehouses for handling materials and equipment. It consists of a main beam, supporting legs, hoist, traveling mechanism, and control system. The crane moves loads through lifting and horizontal travel operations.
Workshop gantry cranes are suitable for equipment installation, machine maintenance, production line transfer, and general material handling. Unlike overhead cranes, they do not rely on building runway structures and can be installed in areas where fixed lifting systems are not available. The lifting capacity typically ranges from 0.5 to 100 tons, with customized designs available for different workshop layouts and operating requirements.
The crane structure can be configured in portable, adjustable, aluminum, and truss types according to load, span, and working conditions. Selection mainly depends on lifting capacity, span, lifting height, working class, and operation frequency to match the requirements of the application.
Workshop gantry cranes are available in different structures for various lifting conditions. The selection depends on load capacity, working space, moving requirements, and operation frequency. Common types include portable mobile gantry cranes, manual gantry cranes, adjustable gantry cranes, aluminum gantry cranes, and truss gantry cranes.
Portable mobile gantry cranes are designed for flexible lifting in workshops, maintenance areas, and assembly stations. The crane is equipped with wheels or casters for movement between different working locations. Electric hoists and remote controls can be added for frequent lifting operations.
Manual portable gantry cranes are simple lifting solutions for light-duty workshop applications. The crane is moved manually without electrical power, making it suitable for equipment maintenance, repair areas, and temporary lifting tasks.
The main structure usually consists of steel beams, square tube columns, and industrial casters. Q235B or Q345B steel is commonly used for the load-bearing components.
Adjustable gantry cranes are designed for applications where lifting height or working width needs to be changed. The structure can be adjusted manually, electrically, or hydraulically according to different workpieces and operating conditions.
Aluminum gantry cranes use high-strength aluminum profiles to reduce equipment weight and improve mobility. They are suitable for clean environments and industries with strict requirements for corrosion resistance and operation flexibility.
Common applications include electronics manufacturing, lithium battery production, cleanrooms, and food processing.
A workshop gantry crane consists of several main parts, including the main beam, supporting legs, hoisting system, traveling mechanism, and control system. The components are selected based on lifting capacity, span, and operating conditions.
The main load-bearing structure supports the hoist and trolley, with box girder or truss designs available according to lifting capacity and span requirements.
Steel columns provide structural support and stability. The leg design can be fixed or adjustable for different applications.
Includes electric hoist or manual hoist for lifting and lowering materials.
Consists of wheels, end carriages, and drive units for horizontal crane movement.
Includes pendant controllers, wireless remote controls, or cabin controls for crane operation.
Contains motors, control panels, cables, and safety devices for power supply and crane operation.
Includes limit switches, overload protection, emergency stop buttons, and other protection components to improve operating safety.
| Parameter | Specification |
|---|---|
| Lifting Capacity | 0.5–100 Ton |
| Span | 3–30 m |
| Lifting Height | 4–12 m |
| Working Class | A3–A6 |
| Hoist Type | Electric Hoist / Manual Hoist |
| Traveling Method | Manual / Electric Drive |
| Control Mode | Pendant Control / Wireless Remote / Cabin Control |
| Power Supply | 220V–690V, 50/60Hz, 3 Phase AC |
| Main Beam Structure | Box Girder / Truss Structure |
| Leg Structure | Steel Column / Adjustable Support Structure |
| Steel Material | Q235B / Q345B |
| Wheel Type | Nylon / Polyurethane / Steel Wheel |
| Traveling Speed | Customized According to Application |
| Hoisting Speed | Customized According to Application |
| Safety Devices | Limit Switch / Overload Protection / Emergency Stop |
| Protection Class | IP55 (Optional) |
| Working Temperature | -25℃ to +40℃ |
| Installation Type | Fixed / Portable / Mobile |
| Customization Options | Capacity, Span, Height, Power Supply, Control System |
Workshop gantry cranes are widely used for lifting, positioning, and transferring materials in factories, warehouses, and maintenance areas. Different crane configurations can be selected based on load requirements, workspace, and operating frequency.

Used for lifting and transferring materials, machine parts, and production equipment in manufacturing plants.

Suitable for lifting motors, molds, and mechanical components during repair and maintenance work.

Used for loading, unloading, and moving heavy goods, pallets, and stored materials.

Heavy-duty gantry cranes are used for lifting steel structures, large components, and heavy equipment.

Applied for positioning and installing machine tools, production lines, and industrial equipment.

Used for handling vehicle parts, tooling equipment, and assembly components.

Aluminum gantry cranes are suitable for electronics, battery, and cleanroom applications requiring lightweight and corrosion-resistant structures.

Used for lifting components, tools, and equipment during ship assembly, repair, and maintenance operations.
To learn more about the applications of gantry cranes, read the article: What Is a Gantry Crane Used For? Applications and Industries








Choosing a workshop gantry crane depends on lifting load, workshop space, working frequency, and operating conditions. The crane should match the actual handling requirements.
If you are unsure which workshop gantry crane fits your application, contact our engineering team for a suitable solution based on your load and working conditions.
We provide customized workshop gantry crane solutions based on lifting requirements, workshop layout, and operating conditions. The crane can be designed with different capacities, spans, lifting heights, structures, and control systems to match specific applications.
If you are unsure about the right configuration, our engineering team can recommend a suitable workshop gantry crane according to your load requirements, installation space, and working conditions.
For details on the price guide for gantry cranes, see the article: How Much Does a Gantry Crane Cost? Price Guide and Cost Factors
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WEIHUA is a manufacturer and supplier of workshop gantry cranes, specializing in the design and production of industrial lifting equipment. With extensive experience in crane manufacturing, complete production facilities, and professional engineering teams, WEIHUA provides gantry crane solutions for factories, workshops, warehouses, and heavy-duty applications. Our cranes are manufactured under strict quality control and meet international standards with required certifications.
WEIHUA has supplied customized crane systems for various industries and project applications. We provide complete services from crane design, manufacturing, inspection, and delivery to installation guidance and technical support. Whether for a single workshop crane or a complete material-handling system, WEIHUA can provide a suitable solution tailored to your lifting capacity, working conditions, and project requirements. Contact us for your workshop gantry crane project.

A workshop gantry crane is an indoor lifting system used in factories and warehouses for moving heavy materials and equipment.
Workshop gantry cranes typically handle loads from 0.5 tons to 100 tons depending on the structure and application.
A workshop gantry crane uses supporting legs and travels on the ground, while an overhead crane runs on elevated rails installed inside the building structure.
Yes. Capacity, span, lifting height, power supply, and control methods can be customized according to working conditions.
Yes. They are mainly designed for factories, workshops, warehouses and maintenance areas.
Common types include portable mobile, manual, adjustable, aluminum and truss gantry cranes.
They can be operated by pendant controllers, wireless remote controls or operator cabins.
Select the crane based on lifting capacity, working frequency, span, lifting height, and working environment.
Weihua, founded in 1988, has evolved into a global leader in China's intelligent manufacturing field. We specialize in smart crane R&D and production while offering AGV solutions. Our professional engineering, delivery, and after-sales teams provide one-stop technical support, customized solutions, on-site installation guidance, and rapid-response global services to ensure every project operates safely and efficiently.
Yes. We offer custom fabrication from a minimum order of 1 unit. Customizable parameters include lifting capacity, height and span dimensions, leg configuration, caster type, hoist integration, surface treatment, and certification requirements. Submit your specifications and our engineering team will respond within 24 hours.
Yes. Gantry crane trolleys are crane trolleys adapted for outdoor use and for the beam profiles used in gantry crane construction. They carry the same hoist types as overhead crane trolleys but are specified with higher IP-rated motors, reinforced wheel flanges for outdoor rail running, and anti-wind safety devices where required. Both single girder and double girder gantry crane trolley configurations are available.
Yes. All models are rated for outdoor use on firm, level surfaces. Outdoor operation requires regular inspection of fasteners and casters for corrosion. Hot-dip galvanized surface treatment is recommended for permanent or frequent outdoor use.
Most models assemble in 20 to 35 minutes with one person using a standard wrench. All components are numbered and correspond to an illustrated assembly guide included with every crane.
Yes, it is designed for heavy-duty lifting in both automotive manufacturing and shipyard environments.
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