PROLIFT CRANE & HOIST

Our Product Promise

Explore our wide range of lifting solutions, carefully selected to meet your needs reliably and efficiently. Whether you need overhead crane systems, hoists, or jib cranes, we have the perfect product to fit your requirements.

Product Overview

Bridge Crane
  • Top Running Single Girder

  • Top Running Double Girder

  • Under Running Single Girder

Gantry Crane
  • Full Gantry
  • Semi Gantry
  • Portable Gantry
Jib Cranes
  • Column Mounted Jib Cranes
  • Freestanding Jib Cranes
Workstation Cranes
  • Ceiling Mounted
  • Floor Mounted
  • Monorail
Hoists
  • Wire Rope Hoists
  • Electric Chain Hoists
  • Manual Chain Hoists
  • Open Winch Hoists
Runway Structures
    Monorails
      Fall Arrest Systems

        Bridge Crane

        Features a movable bridge that travels along a set of parallel rails mounted on either the walls or elevated columns of the workspace. This crane consists of a hoisting mechanism, which is typically a wire rope hoist or chain hoist, mounted on a trolley that can move across the bridge, allowing it to access wide areas across the facility.

        This type of crane has a single bridge girder that supports the hoist and trolley mechanism, and it travels on top of the runway beams. The runway beams are typically elevated on the columns of the building. A top-running single girder crane is commonly used for lifting lighter to medium loads, generally up to 20 tons and with a span of up to 60 feet. This design is efficient in terms of cost and space, as it requires less material in construction and can operate in spaces with limited headroom.

        Similar to the single girder version but features two bridge girders for supporting the trolley and hoist. This design allows it to handle heavier loads and longer spans, often more than 60 feet and is capable of carrying very heavy loads exceeding 100 tons. Double girder top running cranes are typically used in heavy manufacturing, where they can also support attachments like walkways and cabs due to their robust structure.

        Also known as an underhung crane, this design features a single girder that is supported by the roof structure rather than by elevated runway beams. The trolley and hoist run underneath the girder, and the crane itself can move along runway beams that are mounted directly to the ceiling. This setup maximises the available headroom beneath the crane, making it ideal for facilities with limited floor space. Under-running single girder cranes are typically used for light to medium loads, up to about 10 tons, and are common in precision manufacturing, assembly operations, and areas where floor space must remain clear.

        Gantry Cranes

        Gantry cranes come in three distinct forms, full gantry crane, semi gantry crane and portable gantry crane.

        This type of gantry crane features a bridge that is supported by two rigid steel legs, each running on a rail at ground level. Full gantry cranes span large areas and are capable of handling heavy loads, often used in outdoor environments like shipyards, rail yards, and large industrial sites. The entire structure moves along a straight path, enabling efficient transport of materials across substantial distances.

        A semi gantry crane combines features of both the gantry and the bridge crane. It has a single leg running on a rail at ground level on one side, while the other side of the bridge is supported by a runway system elevated like an overhead crane. This design saves space and is suitable for facilities where full gantry cranes may not be feasible. Semi gantry cranes are often used in workshops or facilities where space is limited.

        Portable gantry cranes are smaller, more flexible systems designed for occasional lifting that requires mobility within a facility. These cranes are typically mounted on wheels or casters and can be moved around without the need for permanent installation. They are ideal for workshops and garages where they can be used to lift engines, heavy machinery, or other materials. Portable gantry cranes are usually manually operated and are not designed for extremely heavy loads, but they offer convenience and flexibility for smaller-scale operations.

        Runway Structures

        An overhead crane runway structure is an integral part of an overhead crane system. It consists of a set of parallel tracks or beams on which the crane moves. These tracks are typically mounted on supporting beams or girders, which are in turn supported by columns or the building structure itself. The runway allows the crane’s bridge, which carries the hoisting mechanism, to travel longitudinally along the workspace, providing coverage of a wide area. The design and construction of the runway structure are critical for the safe and efficient operation of the crane. It must be robust enough to support the weight of the crane and the loads it carries, as well as withstand the forces generated during lifting and moving operations. The alignment and level of the runway are also crucial to ensure smooth and reliable crane movement. This structure can be found in various industrial environments, such as manufacturing plants, warehouses, and shipyards, where heavy or bulky materials need to be moved regularly across large areas.

        Jib Cranes

        A jib crane is a type of crane that features a horizontal jib or boom, which is an arm that extends horizontally from the crane’s mast or vertical support. This jib supports a moveable hoist fixed to either a trolley or directly on the jib, which can move along the jib’s length. Jib cranes are typically mounted on a wall or floor and can rotate, offering a wide range of motion. The jib’s rotation angle can vary, with some cranes offering up to 360 degrees of movement, making them highly versatile for lifting and moving loads in a circular area around the crane’s base. They are widely used in industrial and manufacturing settings, workshops, and warehouses, particularly in areas that are too small for larger cranes or where quick and frequent lifting is needed. Jib cranes are ideal for localised lifting tasks and can handle loads ranging from very light to several tons, depending on their design and construction.

        Workstation Crane

        A trussed track workstation crane is a type of overhead crane system designed to facilitate material handling in a specific, confined area, typically within a workstation or between multiple workstations in a facility. This crane features a trussed track, which is essentially a piece of track that has been reinforced with a truss structure to increase its strength and rigidity, allowing it to span longer distances without sagging or bending under heavy loads.

        The trussed track structure makes the crane more lightweight compared to solid beam or girder designs, while still providing high load capacity and stability. The crane’s hoist and trolley system run along this track, enabling precise and smooth movement of goods horizontally along the track’s length. A workstation crane is the most ergonomic crane solution you can purchase, meant for repetitive lifting that requires precision placement. These systems can be motorized or driven manually, and come in ceiling mounted, floor mounted or monorail configurations.

        Monorails

        A monorail crane is a type of overhead crane that consists of a single beam configuration, allowing the hoist to move in a straight or curved path. The monorail beam is typically attached to the ceiling or supported by columns within the facility. The hoist, which is mounted on a trolley, runs along the monorail beam to lift, and transport materials along the predetermined path.

        Monorail cranes are ideal for processes that require linear movement of materials across areas where extensive lateral movement is not necessary. They are commonly used in production lines, assembly operations, and other applications where space is limited, and specific routes need to be followed regularly. This type of crane is particularly effective in streamlining workflows and increasing efficiency in environments with a high volume of repetitive movements.

        Hoists

        These hoists use a motor to wind a wire rope around a drum to lift and lower loads. They are known for their ability to handle heavy loads and long lift heights with high speed and precision. Electric wire rope hoists are commonly used in industrial environments, such as manufacturing plants and large warehousing operations, where reliable, heavy-duty lifting capacity is needed.

        This type of hoist uses an electric motor to drive a series of interlocking links or chains to lift or lower loads. Electric chain hoists are preferred for their durability, ease of operation, and the ability to lift moderately heavy loads. They are suitable for a variety of applications, including workshops, assembly lines, and retail environments, where precision and variable speed control are valuable. These are a more cost-effective solution to Wire Rope Hoists.

        Manual chain hoists require the operator to pull on a chain to lift or lower a load. These hoists are simple in design and do not require electricity, making them suitable for use in remote or non-powered sites. They are commonly used for lighter to moderate lifting tasks in construction, small workshops, and garages. Their portability and affordability make them a popular choice for occasional lifting needs.

        Open winch hoists are designed for very heavy-duty applications and typically offer higher capacities and speeds than standard wire rope or chain hoists. They are characterised by their robust construction, which often includes features like multiple motors and open gearing for easy maintenance and inspection. Open winch hoists are ideal for intensive industrial applications such as steel mills, foundries, and other environments requiring the movement of extremely heavy or bulky loads.

        Fall Arrest Systems

        Safety and security are paramount when working at heights. Our Metreel Safe-Track Fall Arrest Systems are designed to provide maximum protection and ease of use. These systems are engineered to prevent falls and ensure the safety of your workers, offering peace of mind and compliance with safety regulations.

        Ceiling Mounted Fall Arrest Systems are ideal for facilities with limited floor space. These systems are installed directly onto the ceiling structure, providing a stable and secure track for fall protection. Perfect for environments where space efficiency and unobstructed floor areas are critical, ceiling-mounted systems integrate seamlessly into your workspace without hindering movement or operations.

        Freestanding Fall Arrest Systems offer flexibility and versatility, making them suitable for various applications. These systems are self-supporting and do not require permanent installation, allowing them to be easily moved and reconfigured as needed. Ideal for temporary work sites or areas where ceiling installation is not feasible, freestanding systems provide reliable fall protection wherever you need it.

        PROLIFT CRANE & HOIST

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