In industrial facilities, the safe and efficient movement of heavy loads is essential for maintaining productivity. At Gester, we specialise in second-hand industrial machinery and offer used hoists and overhead cranes for lifting, positioning and transporting materials within factories, warehouses, workshops and production plants.
Hoists and overhead cranes form part of broader conveying and storage machinery systems. These machines can reduce manual handling, improve the movement of heavy components and support safer workflows between storage, production and maintenance areas.
Depending on the application, available lifting equipment may include electric hoists, manual chain hoists, pneumatic hoists, hydraulic lifting systems, travelling trolleys and overhead cranes. The correct solution will depend on load weight, lifting height, operating frequency, available power supply and the structural characteristics of the facility.
A hoist is a mechanical lifting device designed to raise and lower loads vertically. It is commonly installed above a workstation, attached to a fixed support or mounted on a travelling trolley that allows the load to move along a beam.
Hoists may be used to lift motors, tools, moulds, containers, machine components and other heavy items. In facilities where materials are transferred between storage and processing areas, lifting systems can work alongside transport and loading equipment to create a more complete internal logistics solution.
Electric hoists use a powered motor to lift and lower loads with limited physical effort. They are suitable for repetitive operations that require greater lifting speed, consistent movement and frequent use throughout the working day.
Before choosing an electric hoist, it is important to review the rated capacity, lifting speed, duty cycle, suspension system, chain or wire-rope length and compatibility with the available electrical supply.
Manual hoists operate through a hand chain, lever or pulley mechanism. They provide a practical and economical solution for occasional lifting work, maintenance tasks and locations where electrical power is unavailable.
Their compact construction also makes them suitable for temporary installations or operations where lifting equipment must be moved between different working areas.
Pneumatic hoists are powered by compressed air and can provide controlled lifting in demanding industrial environments. Depending on their design and certification, certain models may be suitable for areas where conventional electrical equipment is undesirable.
The available compressed-air pressure, lifting capacity, air consumption and environmental conditions should be assessed before selecting a pneumatic system.
Hydraulic lifting systems use pressurised fluid to generate lifting force. They are commonly associated with applications that require controlled movement of heavy loads and robust performance under demanding operating conditions.
An overhead crane is a lifting structure that travels along elevated runways installed within an industrial building. A hoist moves across the crane bridge, allowing loads to be raised vertically and transported horizontally over a defined working area.
Overhead cranes are commonly used in manufacturing plants, warehouses, metalworking facilities, maintenance workshops and complete industrial plants where heavy machinery, raw materials or finished products must be moved between several production zones.
The configuration of an overhead crane may include a single-girder or double-girder bridge, end carriages, runway rails, a travelling hoist and a control system. Available controls may include pendant stations, wired systems or remote-control units, depending on the model.
Although hoists and overhead cranes are frequently mentioned together, they perform different functions within the same lifting installation.
Together, these components create a lifting system capable of moving heavy loads across a wider area than a fixed hoist. The final configuration must be selected according to the load, building dimensions, required travel and operating conditions.
Lifting equipment can be used for loading machinery, positioning tools, moving containers, replacing production components and supporting maintenance operations. In plants that store raw materials in tanks and hoppers, a hoist may also assist with installation, maintenance or the controlled handling of removable components and bulk-material containers.
Hoists and overhead cranes are also useful for handling moulds, dies and tooling associated with industrial presses. These components can be extremely heavy, so suitable lifting equipment helps position them more accurately while reducing dependence on manual handling.
Available equipment can be reviewed according to its condition, rated capacity, lifting height, span, runway requirements, operating speed and control system. Any lifting machinery must also be assessed in relation to local safety regulations and the structural conditions of the intended installation.
The first factor to determine is the maximum load that must be lifted. A suitable safety margin should be considered, and the selected machinery must never be used above its rated working capacity.
Other important factors include the required lifting height, horizontal travel distance, operating frequency, available headroom and whether the system will be installed permanently or used as portable equipment.
For overhead cranes, the span between runways, structural support and dimensions of the working area must also be verified. Installation, inspection and commissioning should be carried out by qualified professionals according to applicable regulations.
The choice depends on the load weight, operating frequency, lifting speed, available energy source and environmental conditions of the installation.
It may be possible when the hoist capacity, trolley dimensions, beam profile, electrical requirements and control system are compatible with the existing crane.
A hoist raises and lowers the load, while an overhead crane moves the hoist and suspended load horizontally across a defined working area.
A used hoist can reduce acquisition costs and provide faster availability, provided its condition, capacity and technical specifications are suitable for the intended application.
They are widely used in manufacturing, warehousing, recycling, metalworking, logistics, plastics processing, maintenance workshops and heavy industrial facilities.
Capacity varies according to the machine and configuration, ranging from compact hoists for lighter applications to cranes designed for demanding industrial loads.
Pneumatic hoists provide controlled lifting using compressed air and may be suitable for applications where electrical systems are impractical, subject to the specifications of the equipment.
Hydraulic systems can provide powerful and controlled lifting for heavy loads and demanding industrial operations.
Some systems can be adapted, but compatibility depends on the required span, lifting height, runway structure, control system and load capacity.
Suitable lifting equipment reduces manual handling of heavy loads and allows materials to be raised and positioned with greater control. Safe use still requires correct installation, inspection and operator training.
Available machinery can be assessed according to its condition, technical specifications and intended application. Any legally required inspections or certifications should be confirmed for the final installation.
Gester offers second-hand lifting equipment, technical information and guidance to help companies identify machinery suited to their load-handling requirements.
Explore our available used hoists and overhead cranes to find a practical solution for lifting, positioning and moving heavy loads within your facility. Contact Gester for current availability, technical details and assistance selecting suitable equipment for your operation.
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