Engineer's Factory, European Style Advanced Crane
European Style FEM/ DIN/ ISO Standard Overhead Crane 1-20 Ton, 3-80 Ton

Overview of European-Style Overhead Cranes

European-style overhead cranes are heavy-duty lifting devices used across a wide range of industries, including manufacturing, steel mills, and warehouses. They are designed to lift, move, and position materials with ease, offering a solution to various lifting challenges.

These cranes typically consist of a bridge that spans the work area, supported by rails or tracks, with a hoist and trolley system that moves along the bridge. The flexibility and adaptability of European-style cranes make them suitable for both light and heavy lifting tasks in diverse environments.

European overhead crane is the latest version of single girder and double girder overhead crane, designed with FEM standards, developed on the base of traditional crane, therefore, European overhead crane has unbeatable advantages, such as, unparalleled performance, tight structure, light dead weight, high safety and reliability, high perform efficiency, and widely applications for various industries.
Due to the design advantages, European overhead crane could help you to lower initial investment for factory construction, increase productivity, and lower efforts for daily maintenance, and reduce energy consumption, and obtain higher return on investment.

Various Overhead Cranes Designs , Wide Overhead Crane Specifications

From light duty I beam hoist overhead to heavy duty box girder open winch overhead with capacity from 500kg, up to 320 tons are available from us, your honest and trusted overhead crane manufacturer and crane supplier. overhead crane designs based on FEM, DIN standards for sale with wide overhead crane specifications at good overhead crane price.

Top running single girder overhead cranes

Process European style FEM, DIN, and ISO standard overhead cranes are available. Contact to get your overhead crane design and competitive crane price.

Under running/ Suspension type single girder overhead cranes

Process European style FEM, DIN, and ISO standard overhead cranes are available. Contact to get your overhead crane design and competitive crane price.

European hoist trolley crane NLX

Process European style FEM, DIN, and ISO standard overhead cranes are available. Contact to get your overhead crane design and competitive crane price.

European open winch

Process European style FEM, DIN, and ISO standard overhead cranes are available. Contact to get your overhead crane design and competitive crane price.

Key Design Principles

European-style overhead cranes are built with specific design principles that ensure efficiency, reliability, and safety. The key elements include:

• Efficiency: These cranes are engineered to optimize performance, reducing the time spent on lifting tasks and enhancing overall productivity.
• Compactness: Designed to maximize workspace, they are ideal for facilities where space is limited. Their compact size ensures they fit easily within the building layout while still offering powerful lifting capabilities.
• Durability: Built to last, European cranes are made from high-quality materials and designed to withstand heavy use in demanding environments, from steel mills to industrial plants.
• Safety: These cranes prioritize operator and load safety. They comply with rigorous European safety standards, ensuring that every component is tested to meet the highest safety regulations.

Why European-Style Overhead Cranes?

European-style cranes are trusted across industries for several reasons:

• Superior Engineering: The design of these cranes is driven by advanced engineering principles. The focus is on achieving high performance, while also ensuring long-term durability and minimal maintenance requirements.
• Reliability: These cranes are designed for continuous use and can handle demanding workloads. Whether lifting heavy steel beams in a mill or delicate machinery in a warehouse, they are built to perform reliably day in and day out.
• Compliance with European Safety Standards: European cranes meet or exceed industry safety standards, providing peace of mind to operators. With features like load limiters, emergency stop systems, and fail-safe controls, they're designed with both the load and user in mind.
• Advanced Technology: European-style cranes often incorporate cutting-edge technology that allows for energy-efficient operation, smart controls, and advanced safety monitoring systems. These features help reduce energy consumption and improve overall operational efficiency.
• Space Optimization: The design of European cranes allows them to maximize space within a facility. They often feature low headroom designs and compact hoist systems that allow for more lifting height in smaller spaces.
• Energy Efficiency: With the integration of energy-saving technologies like regenerative drives, European cranes help reduce operational costs by using less power, while still offering high performance.

Based on Crane Design - Top Running vs UnderhungCrane , Single Girder vs Double Grider

European-style overhead cranes are built to meet the demands of different industries and applications, offering flexibility in design, lifting capacity, and operational environment. They are classified in several ways, including structural design, hoist system, and operational environment. Below is a breakdown of key types of European-style overhead cranes based on their structural design.

Top running single girder overhead cranes
Process European style FEM, DIN, and ISO standard overhead cranes are available. Contact to get your overhead crane design and competitive crane price.

European hoist trolley crane NLX
Process European style FEM, DIN, and ISO standard overhead cranes are available. Contact to get your overhead crane design and competitive crane price.

European open winch qdx
Process European style FEM, DIN, and ISO standard overhead cranes are available. Contact to get your overhead crane design and competitive crane price.

Top Running Overhead Crane

With top running crane design, the overhead cranes run on a fixed rail or track system on the top of each runway beam. The top running cranes can be designed in a single girder overhead crane or double girder overhead crane configuration which are optimal for extremely heavy material handling.

Single Girder Overhead Travelling Crane

Single girder overhead crane - With single girder crane design, the overhead crane is mainly consisted of a single bridge girder, two end trucks, and a monorail trolley hoists which rungs along the bottom flange of the bridge girder between the end carriages. Single girder crane is widely used for light material handling with lifting capacity from 500kg to 20 ton, which can be designed into top running crane configurations & underhung bridge crane configurations.

Design Features: Single-girder overhead cranes feature a single horizontal beam (the girder) that supports the hoist and trolley. The hoist moves along the girder, allowing it to lift and move loads across the work area. These cranes are typically mounted on elevated rails and are often lighter and more compact than their double-girder counterparts.

Advantages:

• Cost-effective: Since they use only one girder, they are more affordable than double-girder cranes.
• Space-efficient: Their compact design allows them to operate in tighter spaces, making them suitable for smaller facilities or workshops.
• Lower installation costs: With fewer components, these cranes are simpler and quicker to install, reducing initial setup costs.

Applications:

• Used in smaller manufacturing environments, workshops, and warehouses where the lifting capacity needed is moderate (usually up to 20 tons).
• Ideal for lighter lifting tasks like moving parts, machinery, or assembly line materials.
• Common in facilities where headroom is limited, as they require less vertical clearance than heavier cranes.

European Single Girder Overhead Travelling Crane

• European crane type: HD single girder overhead crane
• Lifting mechanism of overhead crane： FEM wire rope hoist
• Lifting capacity of overhead crane: 1-20 ton
• Span of overhead crane: 7.5-31.5 m
• Lifting height of overhead crane: 6/9/12/18 m

Top Running Single Girder wtih Double Hoist Trolley

• European crane type: top running single girder overhead crane with double hoists
• Lifting mechanism of overhead crane： FEM wire rope hoist
• Lifting capacity of overhead crane: 1-20 ton
• Span of overhead crane: 3-15 m
• Lifting heightof overhead crane: 6/9/12/18 m

Double Girder Overhead Travelling Crane

Double girder overhead crane - With double girder crane configuration, the overhead crane is generally consisted of two beam girders, two end trucks, and a lifting system, crane travelling system, electric controls, electrics, crane safety devices, and more others, etc. The hoisting trolley travels on top of rails which are are installed to the top of the bridge girders. The double girder overhead cranes are designed for heavy duty material handling with lifting capacity from 5 ton up to 550 ton, featured as high working frequency and safety.

Design Features: Double-girder overhead cranes consist of two parallel horizontal beams (girders) that support the hoist and trolley. This dual-girder design allows the crane to handle heavier loads and provides more stability. The hoist is often mounted on a trolley that moves along the bridge.

Advantages:

• Higher lifting capacity: The use of two girders provides greater structural support, allowing for the lifting of heavier loads, often ranging from 20 tons to several hundred tons.
• Improved stability: The double-girder design offers greater balance and control, which is important for precise lifting and movement of heavy loads.
• Flexibility: Can accommodate larger hoists and offer a wider range of lift heights, making them suitable for various complex tasks.

Applications:

• Commonly used in large manufacturing plants, steel mills, and construction sites where heavy lifting is required.
• Ideal for handling bulky or extremely heavy materials, such as steel beams, machinery, or large equipment.
• Used in large-scale factories with high lifting capacity needs and where precise movement of heavy loads is critical.

Hoist trolley European crane

• European crane type: NLH European double girder overhead crane
• Lifting mechanism of overhead crane ： FEM wire rope hoist
• Lifting capacity of overhead crane: 1-80 ton
  Span of overhead crane: 7.5-31.5 m
• Lifting Height of overhead crane: 6/9/12/18 m

Open winch European crane

• European crane type: QDX European double girder overhead crane
• Lifting mechanism of overhead crane： FEM standard open winch
• Lifting capacity of overhead crane: 1-100 ton
• Span of overhead crane: 7.5-31.5 m
• Lifting height of overhead crane: 6/9/12/18 m

Underhung Overhead Travelling Cranes

With underhung overhead cranesdesign, the end trucks / end carriages move on the bottom flange of the runway beam unlike the top running overhead cranes. The underslung overhead cranes are usually supported and mounted to the ceiling structure or roof structure which are ideal solution for workshops or warehouses with low clearance or low headroom space.

Under running single girder overhead crane
Process European style FEM, DIN, and ISO standard overhead cranes are available. Contact to get your overhead crane design and competitive crane price.

Under running double girder overhead crane
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Kbk suspension overhead crane
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Suspension monorail overhead crane
Process European style FEM, DIN, and ISO standard overhead cranes are available. Contact to get your overhead crane design and competitive crane price.

Design Features:
Underhung overhead cranes are a variation of the traditional bridge crane. Unlike standard overhead cranes that ride on top of supporting rails, underhung cranes have their bridge suspended from overhead tracks. This means the crane operates below the track structure, rather than on top of it.

Advantages:

• Space-saving: Since the crane is mounted below the supporting structure, there is no need for large, heavy supporting structures above, making these cranes ideal for facilities with limited ceiling height or where headroom is a concern.
• Reduced construction costs: The lighter design of underhung cranes means that they often require less supporting infrastructure, leading to savings in both construction and operational costs.
• Smooth operation: The design of underhung cranes typically leads to smoother movement, as there are fewer parts subject to wear and tear.

Applications:

• Best suited for areas with limited headroom, such as smaller workshops, assembly lines, or maintenance areas where space optimization is a priority.
• Ideal for lighter loads and operations in warehouses or production lines where only moderate lifting capacities (up to 10-15 tons) are required.
• Often used in smaller or older facilities where existing infrastructure allows for underhung crane systems to be easily integrated.

These types of European-style overhead cranes each offer distinct advantages and are suited to different operational needs. Whether a company is looking for cost-efficiency, high lifting capacities, or space optimization, there is a crane design to match the specific requirements of the task at hand.

Based on Hoist System-Hoist Trolley & Open Winch Trolley

For different overhead overhead designs, there are types of overhead trolley or winch for selections, including monorail overhead hoists, overhead chain hoists, wire ropes hoists, double girder hoist trolley and open winch trolley, etc. Process overhead hoist crane & winch crane are available at competitive overhead crane price.

The hoist system is a critical component of European-style overhead cranes, determining how loads are lifted and moved. Different hoist systems are designed to accommodate varying load capacities and operational requirements. Below are some key hoist systems used in European-style cranes.

5 ton up to 320 ton European Open winch
5 ton up to 320 ton European Open winch for double girder overhead crane with process crane

1 ton -20 ton European single girder & monorail hoists
Process European style FEM, DIN, and ISO standard overhead cranes are available. Contact to get your overhead crane design and competitive crane price.

3 ton up to 80 ton European double girder crane hoists
Process European style FEM, DIN, and ISO standard overhead cranes are available. Contact to get your overhead crane design and competitive crane price.

European-Style Electric Hoist for Single Girder Crane

Design: The European-style electric hoist for single-girder cranes typically features a compact design with a powerful electric motor that drives the lifting mechanism. It can be mounted on a trolley that moves along the single girder, allowing for efficient lifting and precise movement of loads.

Advantages:

• Efficient operation: The electric motor ensures smooth and continuous lifting without the need for manual labor.
• Compact design: The system is space-saving and well-suited for facilities with limited headroom or smaller workspaces.
• Energy-efficient: Electric hoists are designed to minimize energy consumption, which can reduce overall operational costs.
• Low maintenance: The electric hoist system is durable, requiring minimal maintenance and providing a longer service life.

Applications:

• Ideal for smaller warehouses, workshops, and factories where moderate lifting capacity (usually up to 20 tons) is required.
• Used in assembly lines, material handling operations, and warehouses where light to medium loads are frequently moved.
• Suitable for industries like automotive, food processing, and light manufacturing.

Low Headroom Electric Hoist Trolley for Double Girder Cranes

Design: The low headroom electric hoist trolley is a variation of the traditional electric hoist system, specifically designed for double-girder cranes. The hoist is mounted in a way that minimizes the space needed between the crane's girder and the lifted load, allowing for greater lifting height in confined spaces.

Advantages:

• Maximized lifting height: The low headroom design increases available lifting space, making it ideal for facilities with height restrictions.
• Higher capacity: This system can handle larger and heavier loads, offering higher lifting capacities (often upwards of 20 tons).
• Improved space utilization: The compact trolley design allows for better use of overhead space, leaving more room for equipment and workers below the crane.

Applications:

• Commonly used in large industrial plants, warehouses, and factories where high lifting capacities (20 tons or more) are required.
• Ideal for applications in steel mills, construction, and heavy manufacturing where heavy and bulky materials need to be lifted.
• Also used in large-scale logistics operations where maximizing lifting height is critical for optimizing space.

Heavy Duty Open Winch Trolley for Heavy Duty Cranes

Design: The heavy-duty open winch trolley is a robust hoist system used in conjunction with heavy-duty cranes, typically designed for lifting extremely heavy loads. This system uses a winch mechanism, which provides powerful lifting capabilities and can operate in harsh conditions.

Advantages:

• Superior load handling: Capable of lifting extremely heavy loads, often exceeding 100 tons, thanks to the powerful winch mechanism.
• Durability: Built for rugged environments, the open winch trolley is designed to handle continuous heavy-duty use in demanding industrial sectors.
• High precision: The winch system allows for controlled and precise lifting, crucial for industries requiring accurate load placement.

Applications:

• Common in heavy industries like steel production, shipbuilding, and large construction projects.
• Ideal for lifting massive equipment, steel beams, and machinery in environments where lifting precision and high capacity are critical.
• Often used in shipyards, large-scale manufacturing plants, and heavy-duty lifting operations.

European Chain Hoists for Light Duty Cranes

Design: European chain hoists are typically operated manually or electrically, using a chain mechanism to lift loads. The chain is wound around a drum or sprocket, providing the necessary lifting motion. These hoists are compact, lightweight, and easy to install, making them suitable for light-duty applications.

Advantages:

• Cost-effective: Chain hoists are affordable, making them a popular choice for lighter applications where high lifting capacity isn't required.
• Compact and portable: Their small size makes them easy to install in tight spaces, and they can be moved between locations if needed.
• Ease of use: European chain hoists are designed for ease of operation, with manual or electric options available for different needs.

Applications:

• Ideal for light-duty applications such as lifting small machinery, tools, or materials in workshops, warehouses, and small factories.
• Used in assembly lines, maintenance, and repair operations where light to moderate lifting (usually up to 5 tons) is required.
• Common in automotive industries, packaging plants, and other light manufacturing environments where flexibility and portability are key.

These hoist systems provide a wide range of lifting capabilities, from light-duty manual hoists to heavy-duty winches capable of lifting extremely heavy loads. Choosing the right hoist system depends on the required lifting capacity, the operational environment, and the specific needs of the business or facility.

European Style Overhead Travelling Cranes Based on Load Capacity

European-style overhead cranes come in various designs tailored to different load capacities. The choice of crane design depends on the weight and type of loads to be lifted, as well as the operational environment. Below is an overview of crane design options based on load capacity, from light-duty cranes to heavy-duty models.

• 1- 5 ton Overhead Travelling Crane Desigin Options ， Single Girder, DOuble Girder, Underhung Crane( Electrical & Manual Operation )
• 5 - 10 Ton Overhead Travelling Crane Desigin Options, Single Girder, DOuble Girder, Underhung Crane( Electrical Moterized Operation )
• 10 - 20 Ton Overhead Travelling Crane Desigin Options, Single Girder, DOuble Girder( Electric Hoistr trolley / Open winch trolley )
• 20 Ton to 80 Ton: Overhead Travelling Crane Desigin Options, DOuble Girder( Open winch trolley )

1-5 Ton Overhead Travelling Crane Design Options

5-10 Ton Overhead Travelling Crane Design Options

10-20 Ton Overhead Travelling Crane Design Options

20 Ton to 80 Ton Overhead Travelling Crane Design Options

Double Girder Overhead Travelling Crane:

• Design: For loads over 20 tons, double-girder cranes are the preferred choice. These cranes use powerful open winch trolleys to handle extremely heavy loads. The double-girder design provides additional structural strength and allows for precise lifting of large equipment.
• Operation: Open winch trolleys are used for heavy-duty lifting, offering high lifting capacity and control over heavy, bulky loads.
• Applications: Common in large-scale manufacturing plants, steel mills, shipyards, and construction sites where heavy machinery, steel beams, and other large materials are regularly handled. This crane design is essential for industries with high load demands.

Each of these crane types is designed with specific load capacities and applications in mind. Whether handling small, medium, or extremely heavy loads, the appropriate design ensures optimal performance, efficiency, and safety for the task at hand. Choosing the right overhead crane design for your needs will depend on the specific lifting capacity, operational environment, and desired functionality.

Advanced European Style Cranes Based on Operational Environment

The operational environment plays a significant role in determining the design and features of European-style overhead cranes. Different environments require specific considerations to ensure safety, reliability, and performance. Below are the key types of cranes based on their operational environment.

Standard Cranes

Standard overhead cranes feature a basic design suitable for regular, non-hazardous factory conditions. These cranes typically include a single or double girder structure with a hoist and trolley system that operates along the girders. They are equipped with standard motors, brakes, and control systems, making them versatile and cost-effective.

Applications:

• Manufacturing plants: Used for routine lifting tasks such as moving raw materials, machinery, and finished products.
• Warehouses: Commonly found in warehouses for handling pallets, containers, and goods.
• Distribution centers: These cranes help load and unload goods and equipment in distribution facilities, increasing operational efficiency.

Explosion-Proof Cranes

Explosion-proof cranes are specially designed to avoid sparks or ignition sources that could trigger an explosion. These cranes use non-sparking motors, sealed electrical components, and flameproof structures to ensure safe operation in hazardous environments. They may also include advanced control systems to regulate electrical current and prevent overheating.

Applications:

• Chemical plants: Used in environments where flammable chemicals are processed or stored.
• Petroleum refineries: Essential for lifting and moving materials in facilities where explosive gases or vapors are present.
• Other hazardous industries: These cranes are also used in areas where explosive dust or gases may be present, ensuring compliance with stringent safety standards.

Clean Room Cranes

Clean room cranes are constructed using materials and designs that minimize contamination risks. They are built to operate in sterile environments, featuring smooth surfaces, special coatings, and sometimes a lack of traditional lubrication to avoid contamination. The crane's motors and components are often enclosed in dust-tight or washdown-proof housings to maintain the cleanliness of the environment.

Applications:

• Electronics manufacturing: Used in cleanrooms where sensitive electronic components are produced, ensuring no particulate contamination.
• Pharmaceutical production: Essential for handling pharmaceutical products in environments that must meet stringent hygiene and contamination control standards.
• Food production: Used in food processing plants to prevent any contamination of the products by airborne particles or impurities.
• Other sterile environments: Often found in industries where high standards of cleanliness are required, such as biotechnology and medical device manufacturing.

Corrosion-Resistant Cranes

Design:
Corrosion-resistant cranes are built with materials that can withstand exposure to harsh environments, such as high humidity, saltwater, and chemicals. These cranes are often made with stainless steel, galvanized steel, or special coatings that prevent rust and corrosion. In some cases, the crane's components are fully enclosed or protected to ensure longevity in corrosive settings.

Applications:

• Coastal areas: Used in port facilities or coastal industries where exposure to saltwater and humid conditions is common.
• Marine applications: These cranes are used on ships, offshore platforms, and in shipyards where corrosion from saltwater is a constant concern.
• Chemical plants: Ideal for handling materials and chemicals in harsh environments where corrosion-resistant properties are essential.
• Other harsh environments: Useful in industries like mining or waste treatment where chemicals or corrosive substances are handled.

Each of these cranes is designed with specific operational needs in mind, ensuring that they perform safely and efficiently in their respective environments. Whether it's handling explosive materials, maintaining cleanliness, or withstanding harsh weather conditions, selecting the right crane for the job is crucial to ensuring smooth operations and meeting industry standards.

European Crane Classifications Based on Special Features

In addition to basic design and operational requirements, European-style overhead cranes may come with special features that make them particularly suitable for specific tasks or environments. Below are two key crane types based on special features: low headroom design and automated cranes.

Low Headroom Designed Cranes

Low headroom cranes are specifically designed to operate in environments with limited vertical space. The hoist and trolley system are mounted in such a way that the overall crane height is minimized, maximizing the available lifting height. These cranes are often used in buildings or factories where headroom clearance is a concern, allowing for efficient lifting without sacrificing lifting capacity or stability.

LDP single girder overhead travelling crane with hoist trolley placed aside the main girder

Advantages:

• Maximized usable height: With the reduced headroom, more of the vertical space in the facility can be used for lifting, improving overall space utilization.
• Compact design: These cranes offer a space-saving solution while still maintaining full lifting capabilities for light to medium-duty applications.
• Increased efficiency: The design allows for a greater lifting range, especially in warehouses and manufacturing spaces with limited ceiling clearance.

Applications:

• Small factories and workshops: Ideal in facilities where space is tight but lifting capabilities are still required.
• Manufacturing and assembly lines: Used where lifting equipment or materials need to be positioned within restricted vertical spaces.
• Storage facilities: Common in warehouses with low ceilings, where maximizing available space is crucial for operations.

Automated Cranes

Automated overhead cranes are equipped with advanced control systems, allowing them to operate with minimal human intervention. These systems can be programmed to perform specific tasks, such as lifting, lowering, and moving materials within a designated area. Automated cranes may include sensors, cameras, and other advanced technologies that enable them to operate in a fully automated or semi-automated mode, often

European style grab bucket overhead travelling cranes with automatic design

European style magnetic overhead crane wtih automatic control

Customized automatic crane

Advantages:

• Increased productivity: Automation allows for continuous, high-speed operation, reducing downtime and improving overall productivity.
• Precision and consistency: Automated cranes provide precise control over movements, ensuring accuracy in load placement and reducing the likelihood of human error.
• Improved safety: Reducing human intervention in potentially hazardous tasks enhances worker safety, especially in heavy-duty or dangerous lifting operations.
• Cost savings: Over time, automation can lower labor costs and increase operational efficiency, providing a return on investment.

Applications:

• Warehouses and distribution centers: Automated cranes are often used in large-scale storage and logistics facilities, where high-speed material handling is essential.
• Manufacturing plants: Ideal for environments where repetitive lifting tasks are needed, such as in automotive or assembly-line production.
• Ports and terminals: Used for loading and unloading containers in shipping yards where high throughput is necessary.
• High-volume environments: Automation helps streamline operations in industries with large material handling demands, such as steel mills or large distribution hubs.

Both low headroom designed cranes and automated cranes offer specialized solutions to improve efficiency, maximize space utilization, and reduce human error. These features cater to industries with unique operational needs, ensuring that the right crane can meet the demands of the job while optimizing both safety and productivity.

Customized Design and Options

European-style overhead cranes are highly adaptable to various operational needs, offering a wide range of customization options. Whether it's adjusting crane specifications or adding advanced features, these cranes can be tailored to maximize efficiency, safety, and performance in different environments.

Tailored Crane Systems

• Design Flexibility: European overhead cranes offer a high degree of customization to match specific operational needs. The design can be adjusted based on factors such as load capacity, crane type, working environment, and operational goals. Custom designs ensure that the crane fits seamlessly into the workspace and meets the unique requirements of the tasks it will perform.
• Capacity and Reach: The lifting capacity, span, lifting height, and travel distance of the crane can all be customized to suit your operational space and workload. For example, cranes can be designed to lift loads of various sizes and weights, or to reach specific heights and distances to optimize the movement of goods within the facility. Customizing these parameters ensures that the crane operates efficiently without taking up unnecessary space or causing disruptions to the workflow.

Additional Features

• Wireless Control Systems: Wireless controls offer greater flexibility and convenience by allowing operators to control the crane from a distance. This feature improves safety by reducing the risk of operators being exposed to dangerous areas or environments. Wireless systems can include features like remote stop, start, and speed control, enabling operators to manage lifting tasks with ease and precision from a safe location.
• Dual Hoist Systems: Dual hoist systems are useful for handling multiple types of loads at once or increasing the crane's lifting capacity. This system allows for two separate hoists to be mounted on the same crane, either lifting different loads simultaneously or working together to lift a heavier load. This provides flexibility and increases productivity by allowing for more complex lifting operations.
• Specialized Trolleys: Custom-built trolleys are designed for specific applications, such as handling oversized loads, delicate materials, or specialized equipment. These trolleys are engineered to meet the demands of unique industries, ensuring safe and efficient transport. Whether you need a trolley with extra capacity or one designed to move fragile items without damage, the crane's trolley can be customized accordingly.

Control and Monitoring Systems

• Load Monitoring: Real-time load monitoring systems are integrated into overhead cranes to track the weight of the loads being lifted. These systems provide crucial data, including load weight and safety margins, to ensure that the crane is operating within safe limits. Load monitoring is especially important in heavy-duty environments where overloading can lead to accidents or equipment damage.
• Smart Features: With the advent of the Internet of Things (IoT), cranes can now be equipped with smart features for enhanced performance and maintenance management. IoT integration allows cranes to send real-time data on system performance, health, and maintenance needs. Predictive maintenance, for example, can help identify potential issues before they lead to downtime, improving reliability and reducing maintenance costs.

By offering these customizable designs and advanced features, European-style overhead cranes can be adapted to meet the specific needs of your operations. Whether you need a crane with a specialized hoist system, customized trolleys, or advanced monitoring and control features, these cranes can be fine-tuned to provide maximum efficiency, safety, and longevity for your facility.

Below-the-Hook Devices & Overhead Crane Attachments

Up to 550 ton double girder overhead cranes of various crane designs are for sale at cost- effective crane price. Types of double girder overhead cranes below the hook devices are available, such as, hook overhead crane, gab bucket overhead crane, electromagnetic overhead crane, lifting clamp overhead crane, and other overhead process cranes, etc.

• Overhead crane with ladle hook
• Hook overhead crane
• Overhead crane with grab bucket
• Overhead crane with electromagnetic
• Overhead crane with electromagnetic beam spreader
• Tong crane / clamping crane/ gripper crane

Flexible Overhead Crane Configurations, Diverse Industrial Applications

With various crane designs, the overhead cranes can be used for various application for general material handling indoors and outdoors and also can be used for particular applications with process crane designs. Industrial overhead cranes for various industrial sector to meet your industrial application and lifting requirements.

Single girder overhead crane of electric hoist design with capacity from 500kg, 1ton, 5 ton,10 ton, 20 ton, and double girder overhead crane of hoist trolley & winch trolley design with capacity of 5 ton, 10 ton, up to 100 ton for various industrial application .Overhead crane with process crane designs are available.