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Lifting beams are custom steel devices used to lift heavy, long, wide or unbalanced loads more safely with cranes, hoists and similar equipment. They distribute the force from the crane hook across multiple lifting points, control sling angles and help reduce rotation, swing and deformation risks.
Each system is engineered specifically according to load weight, dimensions, center of gravity, lifting points, working span, sling geometry and site conditions.
A lifting beam is a structural steel device positioned between the crane hook and the load to distribute lifting forces across defined connection points.
Depending on project requirements, the system may include:
Transfer the load from the crane hook to multiple connection points in a controlled manner.
Help reduce rotation and swinging of long, wide or unbalanced loads.
Allow slings to operate at more suitable angles and limit horizontal forces at connection points.
Reduce compression, bending and deformation risks around machine bodies, tanks, dies, profiles and similar components.
Predefined lifting and connection points help shorten preparation and positioning time.
Adjustable or modular connections allow use with different load dimensions, while the system can be reinforced where required.
Basic systems that carry two or more lifting points through one main beam.
Use movable hooks or lug positions to accommodate different load widths and dimensions.
Balance the load in two axes for machinery, tanks and wide equipment requiring four-point lifting.
Designed to lift profiles, pipes, sheet bundles and long structural components with limited deflection.
Provide controlled positioning through connections matched to dedicated lifting points on machinery.
Developed for tonnage, dimensions or connection geometries where standard solutions are insufficient.
Each project is evaluated individually according to working load, connection geometry and lifting scenario.
Load dimensions, total weight, center of gravity, lifting points, crane capacity and site conditions are evaluated.
Beam geometry, section size, upper and lower connections, lugs, pins and reinforcement details are determined. Technical drawings are prepared.
Profiles, plates and connection components are cut, drilled, bent and machined according to project dimensions.
Components are assembled in suitable fixtures. The welding sequence is planned to reduce deformation, and flatness, connection centers and main geometry are inspected.
Blasting, primer, electrostatic powder coating, wet paint or galvanizing is applied. Connections, pins and lifting behavior are checked where required.
The lifting beam is delivered, connected, used for lifting and positioning, and finally inspected on site.
Existing lifting beams may develop cracks, weld damage, corrosion, deflection, lug wear or loose connections over time. A change in the handled load or increased capacity may also require reevaluation.
Following a technical inspection, the following works may be carried out:
Material and surface treatment are selected according to working load, frequency of use and operating environment.
Provide high strength and cost-effective production for general industrial lifting applications.
Used for reinforcement plates, connection lugs, gussets and special joints.
Can be considered for applications requiring hygiene, chemical resistance or high corrosion protection.
Selected according to capacity and connection geometry and can be used in movable or removable assemblies.
Provide durable surfaces suited to indoor and site operating conditions.
Provides long-term protection in humid, outdoor or highly corrosive environments.
Projects are not limited to standard lifting-beam dimensions; they are prepared according to actual tonnage, center of gravity, connection points, sling geometry and site conditions.
Site survey, technical design, steel fabrication, surface treatment, inspection and site support are managed within a single process. In addition to new production, reinforcement, connection renewal and dimensional modification of existing beams can also be carried out.
No. They are engineered specifically according to load dimensions, center of gravity, connection points and lifting scenario.
Yes. Reinforced beams, plates and connection components can be used according to static and dynamic effects.
Yes. Movable hooks, lugs or connection points can be used to accommodate different spans.
Yes. Main beams, lugs, connection plates, weld areas and pins can be renewed or reinforced following technical inspection.
Yes. H-type or frame-type lifting beams can be designed for wide loads requiring four-point lifting.
Yes. Connection, lifting, positioning and final inspections can be included in the project scope.
Technical assessment and project engineering can be provided for a lifting beam suited to load tonnage, geometry and connection points.
You can request a quotation for new production, reinforcement of an existing system or adjustable-connection modification by sharing your project information.
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