A Double Girder Crab is a type of crane mechanism used for heavy-duty lifting operations, typically in industrial settings. It consists of two girders that run parallel to each other, providing a more robust and stable framework to support the hoisting equipment. This setup is ideal for handling high-capacity loads and is commonly used with wire rope hoists.

The Low Headroom Wire Rope Hoist is designed to optimize space, particularly in areas with limited overhead clearance. It features a compact design, allowing it to fit into environments where traditional hoists might not be feasible.

An Auxiliary Crab is a supplementary crane unit used to increase lifting capacity or add additional functionality to the primary hoisting system. It is often used in conjunction with other cranes to perform specialized tasks.

The L-Block Type Crab refers to a crab with an L-shaped block configuration, used to improve load stability and handling efficiency. This design is typically favored in environments requiring precise load positioning.

The Open Type Crab is a crane system that doesn’t have an enclosed housing, offering ease of maintenance and access to internal components. It’s more suited for applications where space constraints and extreme operating conditions aren’t an issue.

The Outside Wheel Crab refers to a crab where the wheels are positioned on the outside of the structure, providing stability and reducing wear on the rails.

An Open Wire Rope Hoist Crab is designed to carry a wire rope hoist in an open configuration, offering high versatility in handling heavy loads.

The SEW Hollow Shaft – C type and SEW Solid Shaft are types of shafts used in crane systems, designed for different operational needs. The hollow shaft is lightweight and compact, while the solid shaft offers enhanced durability. Both are integral to transferring torque efficiently within the crane system.

The Wire Hoist Bottom Mounted and Wire Hoist Top Mounted configurations refer to the positioning of the hoist within the crane system, each offering different advantages based on the application’s requirements.