Lifting beams Manufacturers online

Lifting beams, also known as load spreader beams, are mechanical devices that are used to distribute the load evenly, provide several attachment points and improve stability when lifting.

They are mounted between the crane hook and the load and belong to the so-called "indirect" load handling attachments.

Below you will find the functionality, typical designs and use of lifting beams, as well as a brief overview of their advantages:

How lifting beams work:

1. A lifting beam absorbs the forces of the crane and distributes them to two or more attachment points.
2. Depending on the design, it works as a rigid or adjustable construction made of steel or aluminum.
3. The load is attached to the designated suspension points using chains, ropes, straps or hooks.
4. The crane lifts the lifting beam above the central suspension point, which lifts the attached load evenly and safely.
5. Some lifting beams are static (with fixed attachment points), others have adjustable cross beams, telescopic arms or rotating suspensions.
6. Hydraulic or mechanical adjustments allow adaptation to different loads and geometries.
7. This prevents the load from tilting or moving in an uncontrolled manner.

Typical types of lifting beams:

1. Rigid spreader beam: Simple cross beams with fixed attachment points.
2. Adjustable spreader beam: With sliding or telescopic arms.
3. Frame spreader beam: Rectangular or square frame construction for multi-point support.
4. T-beam or H-beam: For special load geometries with central or symmetrical lifting point.
5. Vacuum or magnetic lifting beam: For smooth or metallic surfaces such as sheet metal or glass.

Use of lifting beams:

Lifting beams are used in almost all industries where heavy or bulky loads need to be lifted and moved.
Typical areas of application are

1. Industry and mechanical engineering:
For lifting machine parts, tools or assemblies with multiple attachment points.

2. Logistics and warehousing:
When moving large packaging units, pallets, containers or bulky goods.

3. Steel and metal construction:
For lifting steel beams, plates, pipes or profiles.

4. Construction:
When assembling precast concrete parts, façade elements or glass fronts.

5. Wind power and shipbuilding:
For complex lifting operations with large-volume, sensitive or heavy components.

6. Port handling:
When loading general cargo, large containers or special freight.

Advantages of lifting beams:

• Load distribution: The spreader beam distributes the weight over several points and reduces point loads.
• Stability: It improves balance when lifting and prevents the load from tipping or turning.
• Safety: Controlled lifting minimizes the risk of accidents, damage or load displacement.
• Flexibility: Different designs enable use for a wide range of load geometries and weight classes.
• Efficiency: Complex lifting operations can be carried out faster and with less manpower.

Lifting beams have become an integral part of modern lifting technology. They increase safety, improve process quality and enable sensitive or bulky objects to be lifted precisely - both in series production and for individual assemblies.

Here you will find an overview of the most important criteria to look out for when purchasing lifting beams :

Many technical, safety-related and economic aspects play a central role when purchasing lifting beams. A well-founded selection is crucial to ensure load capacity, efficiency and safety in the lifting process.

• The working load limit (WLL) of the lifting beam must match the application. This is important:
• The maximum working load in the planned application must never exceed the lifting capacity of the lifting beam.
• Safety factors in accordance with applicable standards, e.g. DIN EN 13155, must be observed.
• Additional reserves are required for dynamic loads, inclined lifting operations or outdoor use.
• The lifting beam must match the shape and size of the load to be lifted:
• The number and position of the lifting points should harmonize optimally with the load geometry.
• An adjustable or telescopic lifting beam is advisable for bulky or long loads.
• A customized solution should be considered for special load shapes (e.g. pipes, plates, containers).
• Depending on the application, it should be checked which design is most suitable:
• Rigid, adjustable, telescopic or rotating designs.
• Special designs such as frame beams, T-beams, H-beams, spreader beams.
• Integration of vacuum technology, magnets or gripper systems for special requirements.
• The material used influences load capacity, weight and corrosion protection:
• High-strength steel or aluminum for various applications.
• Hot-dip galvanizing, powder coating or painting for outdoor use.
• Rust protection for aggressive environments (e.g. in ports, chemical plants).
• The lifting beam must be technically compatible with the existing hoists:
• Suspension points must be compatible with the crane hook.
• Connection options for chain slings, ropes or hooks should be checked.
• Moving parts such as swivel joints or telescopes must harmonize with the crane controls.
• Ease of operation is also important for frequent use:
• Low dead weight makes handling easier.
• Intuitive adjustment of the attachment points, e.g. with locking pins or latching systems.
• Quick-change or mounting systems to reduce set-up times.
• Safety and legal certainty must be guaranteed:
• Compliance with all relevant standards, e.g. EN 13155, Machinery Directive 2006/42/EC.
• CE marking and declaration of conformity.
• Proof of load, operating instructions, test certificates, inspection sticker.
• Maintenance costs have a long-term impact on cost-effectiveness:
• Replaceable components, e.g. attachment points, bolts, suspensions.
• Availability of spare parts and simple maintenance.
• It should be easy to carry out periodic inspections in accordance with the German Ordinance on Industrial Safety and Health.
• An experienced and certified manufacturer is essential. He offers:
• Proven experience in the construction of load handling attachments.
• Technical advice and, if necessary, customer-specific adaptations.
• Fast support, supply of spare parts and training courses.
• It's not just the purchase price that counts:
• Weighing up inexpensive standard solutions versus durable special designs.
• Consideration of service life, maintenance costs and time savings through more effective handling.
• Traceability and documentation increase the investment value in the long term.

Purchasing lifting beams requires technical expertise and a precise analysis of the application. The better the lifting beam is matched to the actual operating conditions, the safer, more efficient and more economical the load can be handled. Qualified advice from the manufacturer or a specialist lifting technology dealer is recommended in most cases.

Lifting beams can be purchased from various suppliers. Comprehensive information about manufacturers and suppliers of Lifting beams from all over the world can be found on Exportpages.