Mox Fabricators & Engineers

Ahmedabad, Gujarat

The MOX Goliath Crane is a large, specialized crane used for heavy lifting and construction tasks, particularly in industries such as shipbuilding, aerospace, and power plants. The Goliath crane is designed to handle extremely heavy loads with precision and efficiency.

Key Features of a MOX Goliath Crane:

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• Heavy Load Capacity: These cranes are capable of lifting several hundred tons, making them suitable for large, heavy construction projects.
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• Goliath Structure: The term "Goliath" refers to the crane\\\'s large, gantry-style frame that spans across a work area, providing great flexibility in movement.
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• Mobility: These cranes are often mounted on rails, enabling them to move across large construction sites or docks.
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• Precision: MOX Goliath cranes are equipped with advanced control systems that ensure high precision in lifting and moving heavy loads.
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A Box Girder SG EOT (Electric Overhead Traveling) Crane is a type of overhead crane designed for heavy-duty lifting applications. This crane is equipped with a box girder design for the bridge, which provides excellent strength, stability, and durability. The "SG" in Box Girder SG EOT Crane typically refers to Single Girder, meaning it has one main girder (the horizontal support beam) that supports the hoist and lifting mechanism. This design makes it different from the Double Girder (DG) EOT crane, which uses two girders for increased load capacity. Key Features of a Box Girder SG EOT Crane:   Box Girder Design: The box girder is a robust, enclosed, and stiff structure that forms the main horizontal beam of the crane. Unlike I-beams, which have an open section, a box girder has a closed cross-section, providing additional strength and rigidity to the crane. Box girders are ideal for applications that require high load-bearing capacities and are used to enhance the crane\\\'s performance. Single Girder Configuration: The crane features a single girder (SG) layout, meaning there is only one main girder that runs across the width of the crane. This design makes the crane lighter and less expensive compared to double girder cranes, but it is still capable of handling medium to heavy loads. Single girder cranes are suitable for lifting lighter to medium-weight loads and are often used in warehouses, factories, and other industrial applications. Electric Hoist: The electric hoist is the mechanism used for lifting and lowering loads. It is powered by an electric motor and can lift heavy materials with ease. It usually consists of a chain hoist or wire rope hoist, depending on the crane\\\'s design and load requirements. The hoist moves along the girder, allowing the load to be positioned accurately and precisely. Electric Operation: The crane operates using electric motors that control both the movement of the hoist along the girder (lateral movement) and the lifting and lowering of the load (vertical movement). The crane is operated through a pendant control (push-button controls) or wireless remote, providing operators with safe, precise control over the crane\\\'s movements. Efficient and Reliable Lifting: The box girder design ensures that the crane can handle moderate to heavy loads while maintaining stability and reliability. It is engineered to operate smoothly in various industrial environments, such as manufacturing plants, workshops, and storage areas. Compact and Space-Efficient: Single girder cranes, especially those with box girder construction, are often more compact than double girder cranes, making them suitable for facilities with limited space. These cranes can provide a high lifting capacity while occupying less vertical space compared to other crane types. Load Capacity: Box girder SG EOT cranes typically come with capacities ranging from 2 tons to 20 tons or more. Their exact capacity depends on the specific design and requirements of the application. The load capacity of the crane is determined by factors such as the girder\\\'s strength, hoist capacity, and motor power. Durability and Strength: The box girder structure provides additional strength and durability, especially when the crane is subjected to high-stress and heavy-duty lifting operations. The closed-box design helps reduce flexing and bending, making it highly effective in demanding industrial applications. Safety Features: Overload Protection: Ensures that the crane cannot lift beyond its rated capacity, preventing damage or accidents. Limit Switches: Automatically stops the crane\\\'s motion when it reaches a certain point (either the top or bottom of the travel range). Braking Systems: Reliable braking mechanisms are used to safely stop the crane and hold the load in place when needed. Emergency Stop: An emergency stop button ensures that operators can halt the crane in case of mal

A Double Girder Box Type EOT Crane (Electric Overhead Traveling Crane) is a type of overhead crane that is commonly used in industries for material handling. This crane has two parallel girders (beams) that run along the length of a workshop or warehouse, providing a stable structure for the crane to move and lift heavy loads.

Here are some key features of the Double Girder Box Type EOT Crane:

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  Double Girder Configuration: It uses two parallel girders that are designed to carry the crane\'s load and provide stability.

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  Box Type: The girders are in the form of a box, which offers greater strength and rigidity compared to I-beam designs. The box structure is often made of steel and has a closed rectangular profile.

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  Bridge: The bridge connects the two girders and allows the crane to travel along the length of the workspace.

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  Double Girder Box Type EOT Cranes are designed for heavy-duty lifting applications. They can handle a wide range of lifting capacities, often in the range of 5 tons to several hundred tons.

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  The design is optimal for lifting very heavy or oversized materials, making them ideal for industries like steel, automotive, and manufacturing.

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  Trolley and Hoist: The crane features a trolley that moves along the girders, carrying the hoist. The hoist is used to raise and lower the load.

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  The traveling motion of the trolley and the crane bridge is typically powered by electric motors, allowing for smooth and precise control of movements.

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  Heavy Lifting: Suitable for lifting large, heavy objects like steel coils, equipment, or machinery.

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  Wide Span: The double girder design offers a wider span and better load distribution, allowing the crane to cover a larger area.

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  Industrial Applications: Commonly used in factories, warehouses, construction sites, power plants, and shipping ports.

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  High Load Capacity: Suitable for handling large and heavy loads.

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  Stability: The box girder design ensures better stability and strength for the crane.

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  Greater Lifting Height: Double girder cranes typically allow for more lifting height and higher hook positions, making them ideal for high-rise lifting.

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  Efficiency: The electric hoisting mechanism allows for precise and efficient lifting and lowering of loads.

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  Overload Protection: Prevents lifting of loads beyond the crane\'s rated capacity.

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  Limit Switches: Prevents over-travel of the crane and hoist, ensuring safe operation.

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  Emergency Stop: Allows operators to stop the crane quickly in case of any danger.

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  Anti-sway Mechanism: Helps reduce load sway and maintain stability while the crane is in motion.

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A Double Girder Beam Crane is a type of overhead crane designed for heavy-duty lifting operations. This crane uses two parallel girders (beams) to support the hoist and trolley system, making it suitable for handling larger and heavier loads compared to single girder cranes. The double girder design offers improved load capacity, better stability, and more efficient use of space in industrial environments. Key Features of a Double Girder Beam Crane: 1. Design & Structure Two Parallel Girders (Beams): The crane features two strong parallel girders that are mounted on the runway or support structure. These beams provide the crane with additional strength and load-carrying capacity. Bridge: The bridge connects the two girders and moves along the runway system, carrying the hoist and trolley. This bridge allows the crane to travel along the length of the workspace, lifting and lowering the load as needed. Box or I-Beam Construction: The girders can either be box-shaped or I-beams. Box girders provide higher strength and rigidity, which is crucial for handling heavy loads. I-beams are typically used in lighter applications where the load capacity is lower. 2. Load Capacity Double Girder Beam Cranes are designed to handle much larger loads compared to single girder cranes. They are ideal for lifting heavy materials and equipment. Load Capacities: These cranes can lift loads ranging from 10 tons to several hundred tons, depending on the specific design and the application requirements. 3. Traveling Mechanism Trolley and Hoist: The hoist and trolley are mounted on the bridge and can travel along the length of the girders. The trolley moves horizontally, while the hoist raises and lowers the load. Electric Drives: The crane typically uses electric motors to power both the hoist and trolley for precise control of the crane\\\'s movements. This makes the crane suitable for lifting heavy materials with high accuracy. Runway Tracks: The crane bridge travels along the runway tracks, which are typically mounted on either side of the workspace. 4. Applications Heavy Manufacturing: Commonly used in factories and plants for lifting large components such as steel beams, machinery, or raw materials. Material Handling: Ideal for handling bulky materials in warehouses, shipping yards, and construction sites. Automotive Industry: Used for lifting large automotive parts and assemblies. Shipbuilding and Steel Industry: Double girder beam cranes are often used in shipyards and steel mills for lifting heavy and oversized loads. 5. Advantages High Load Capacity: The double girder design offers greater load-bearing capacity, making it ideal for lifting heavy or oversized objects. Greater Hook Height: Double girder cranes typically have higher hook heights, allowing them to lift objects to a greater vertical distance compared to single girder cranes. Stability and Durability: The two-girder configuration provides better structural integrity and stability, even when handling large or unevenly distributed loads. Larger Span: The double girder design allows for wider spans, which means the crane can cover larger areas, improving operational efficiency. Enhanced Lifting Speed and Precision: With electric motors and modern control systems, these cranes offer precise control over lifting speeds, helping in both delicate and heavy lifting tasks. 6. Safety Features   Overload Protection: Prevents the crane from lifting loads that exceed its rated capacity, reducing the risk of accidents and damage to the crane. Limit Switches: Installed on the trolley, hoist, and bridge to prevent over-travel of the crane and ensure that the crane does not exceed safe operating limits. Emergency Stop System: Provides an immediate shutdown of the crane in case of an emergency, improving operator safety. Anti-sway Technology: Helps reduce load swinging during movements, ensuring safer operations when handling sensitive or heavy loads.