Container lifting system

Container lifting system for crane-free placement of ISO containers

The system operates with four synchronized lifting columns and is particularly suitable for container logistics, field camps, military applications, disaster relief, temporary infrastructure, industrial projects, and mobile deployment sites. Depending on the configuration, containers with a total load of up to 34 t can be lifted and lowered in a controlled manner. This makes the system suitable for light to heavy container applications, from compact 10-foot containers to full-fledged 40-foot ISO containers.

Typical applications of the lifting system for containers

• Container logistics
• Military field camps
• Disaster relief
• Technical assistance services
• Construction site logistics
• Industrial plants
• Mobile workshops
• Temporary infrastructure
• Storage and transshipment areas
• Container handling without a crane

Technical details

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FAQ – Container Lifting System / Container Drop-Off System

What is a container lifting system?

A Container lifting system is a mobile lifting system for lifting, setting down, and positioning ISO containers. It enables the movement of containers without a stationary crane, truck crane, or reach stacker. Multiple synchronized lifting columns or jacks are often used for this purpose.

What is a mobile container lifting system used for?

A mobile container lifting system is used to lower or lift containers directly from a truck, trailer, or transport vehicle onto the ground. Typical applications include construction sites, industrial plants, depots, storage areas, container depots, field camps, fire departments, disaster relief organizations, civil protection agencies, and military deployment sites.

Which containers can be lifted with a container lifting system?

Depending on the version 10-foot, 20-foot and 40-foot ISO containers can be lifted and set down. Storage containers, technical containers, workshop containers, operational containers, office containers, sanitary containers, power containers, battery containers or material containers can also be suitable, provided that the dimensions, weight and lifting points are compatible.

Can a container be unloaded without a crane?

Yes. A container lifting system makes this possible. Unloading containers without a crane. The container is lifted using mobile lifting units so that the transport vehicle can drive out underneath it. The container is then carefully lowered to the ground.

Can a container be reloaded onto a truck?

Yes. With a suitable container lifting system, a container can be lifted so that a truck, trailer, or other transport vehicle can be positioned underneath it. The container is then carefully lowered onto the vehicle.

What lifting capacity does a container lifting system require?

The required load-bearing capacity depends on the container type, container weight, contents, and load distribution. A lower load-bearing capacity is sufficient for empty containers, while loaded 20-foot or 40-foot containers require significantly higher load-bearing reserves. The overall weight, center of gravity, and permissible load on the container corner fittings are crucial factors. The maximum standard load-bearing capacity is 34 tons.

Is a container lifting system suitable for loaded containers?

Yes, provided the design is suitable for the actual total weight of the loaded container. Before lifting, the container weight, center of gravity, load distribution, and load-bearing capacity of the system must be checked. Special care is required with unevenly loaded containers.

What are the advantages of a mobile container lifting system?

A mobile container lifting system reduces dependence on mobile cranes, forklifts, reach stackers, or stationary handling equipment. It enables flexible container handling directly at the point of use, saves on external crane costs, increases location independence, and facilitates temporary container logistics on construction sites, depots, and operational areas.

Where can a container lifting system be used?

Suitable locations are Construction sites, industrial areas, depots, storage areas, container depots, logistics centers, construction yards, energy plants, solar parks, wind farms, data centers, port hinterland locations, fire station locations, THW (Federal Agency for Technical Relief) storage facilities, disaster relief storage facilities and military field camps.

What type of surface is required for a container lifting system?

The subsoil must be load-bearing, level, and stable. Suitable surfaces include paved industrial areas, concrete surfaces, asphalt surfaces, or adequately prepared gravel surfaces. For soft, uneven, or uncompacted soils, load distribution plates or a prior soil bearing capacity test are required.

Is a container lifting system mobile?

Yes. Many container lifting systems are mobile and can be transported to different locations. This makes them particularly suitable for changing construction sites, temporary infrastructure, emergency logistics, military applications, and decentralized container sites.

Which industries use container lifting systems?

Container lifting systems are used in Logistics, industry, construction, energy supply, mechanical engineering, plant engineering, fire brigade, THW (Federal Agency for Technical Relief), disaster relief, German Armed Forces, municipal engineering, port logistics, project logistics and infrastructure projects used.

What is the difference between a container lifting system and a container drop-off system?

A Container lifting system generally describes the lifting of a container. A Container drop-off system emphasizes the process of lowering the container from the truck or trailer onto the ground. In practice, both terms are frequently used for mobile systems for lifting, lowering, and picking up containers.

What alternatives are there to the container lifting system?

Alternatives include truck cranes, mobile cranes, reach stackers, forklifts, side loaders, container bridges, or stationary crane systems. A mobile container lifting system is particularly interesting when this technology is unavailable, too expensive, or impractical for temporary locations.

What should you pay attention to when making your selection?

Important selection criteria are container size, total weight, load capacity, lifting height, surface, transport vehicle, frequency of use, mobility, safety concept, operation, power supply and suitability for loaded or unloaded containers.

Can a container lifting system be used in disaster relief?

Yes. A mobile container lifting system is particularly suitable for fire departments, THW (Federal Agency for Technical Relief), disaster relief organizations, and civil defense, especially for use with operational containers, material containers, pump containers, power containers, workshop containers, or mobile storage containers. Containers can be flexibly deployed at deployment sites and later retrieved.

Is a container lifting system suitable for military applications?

Yes. Mobile container lifting systems are suitable for field camps, mobile workshops, material containers, technical containers, medical containers, power containers, and logistics sites. The advantage lies in the independent container loading without permanently installed lifting equipment.

What information is required for a request?

For a suitable design, the following information is usually required: container size, container type, empty or total weight, desired lifting height, type of transport vehicle, place of use, ground surface, frequency of use and whether the container is to be lifted loaded or unloaded.