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    Lifting Beam Solutions | Heavy Lifting Equipment | Airpes
    Lifting Beam, Handling Equipment | Lifting Equipment Airpes
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    LIFTING BEAM

    Engineered lifting beams for industrial environments

    At Crosby Airpes, we design and engineer lifting beams that meet the highest standards of safety, efficiency, and precision. Designed to support a wide range of material handling challenges, our lifting beams adapt to complex lifting environments, from wind turbine installations to steel mill operations.

    Every lifting beam is built with your needs in mind: modular, reliable, easy to maintain, and designed for real-world heavy-duty applications. Whether your priority is headroom, load stability, or special rigging configurations, Crosby Airpes has a tailored solution for your lifting operation.

    Available lifting beam models:

    • Fixed lifting beams
    • Adjustable lifting beams
    • Spreader beams
    • H lifting beams
    • Lifting beams with moving center of gravity
    • Hydraulic-powered lifting beams
    • Lifting beams with leveling systems
    • Motorized rotating lifting beams

    Each crane lifting beam we deliver is manufactured under certified quality systems (TÜV, CE, ISO 9001) and engineered to solve lifting challenges safely and efficiently.

    DISCOVER MORE

    What is a Lifting Beam?

    A lifting beam is a robust metal structure used to distribute the load’s weight evenly, improving lifting stability and safety. It is connected to a crane hoist using rigging systems such as chains, slings, and shackles. Lifting beams are commonly used to handle unbalanced loads or uniquely shaped objects that cannot be lifted with a standard hoist system.

    They are widely used in heavy-duty lifting operations across industries such as aeronautics, steel mills, and wind energy.

     

     

    Drivetrain hydraulic lifting beam tailor made solution by Crosby Airpes

     

    On-demand solution: drivetrain hydraulic lifting beam

    We specialize in tailor-made lifting solutions—designed from the ground up to solve real, complex challenges. One of our latest custom developments is a hydraulic lifting beam engineered specifically for drivetrain handling in extreme conditions.

     

    Designed to operate both indoors and outdoors, and within a wide temperature range of -30ºC to +45ºC, this 95 Tm beam features a central lifting point and a precise tilting system: from 0º to -7º on the horizontal axis and ±1º on the transversal axis. It’s built to handle the drivetrain with or without its generator and transport frame, ensuring total stability and control in any configuration.

     

    The result? A fully adaptable lifting system that improves safety, saves time, and integrates seamlessly into our client’s industrial workflow.

    Read more about the project here

    Why use a lifting beam in industrial operations?

    Lifting beams are critical for industries where loads are large, unbalanced, or delicate. But beyond just lifting, our solutions offer strategic operational advantages:

    H Lifting Beam for steel and aeronautical sectors
    01
    SAFETY FIRST
    No more swinging, tilting, or unexpected load movements. Our beams distribute weight evenly so every lift stays secure.
    03
    LESS STRESS ON YOUR LOAD
    Specialized configurations protect the integrity of what you're handling.
    05
    REAL VERSATILITY
    Works with different crane types (overhead, gantry, jib) and integrates with advanced lifting systems.
    02
    MILIMETRIC CONTROL
    Whether you're moving blades, coils, or engines, you need absolute precision in every movement.
    04
    MANUFACTURING AND ASSEMBLING
    We dispose of checkpoints throughout the process to ensure the quality of the final product. We perform tests accordingly to requirements at Crosby Airpes facilities to verify the final product.
    06
    EFFICIENCY
    Save time and reduce downtime with equipment that adapts quickly to your operation.

    For sectors like wind energy, steel, and aerospace, where the margin of error is zero, we deliver lifting systems that make a difference.

    • Hydraulic Powered Lifting beam with leveling systems
    • Motorized Rotating lifting beam by Crosby Airpes
    • Spreader beam lifting a container by Crosby Airpes
    • Hydraulic-powered lifting beam for high-load operations
    • H lifting beam lifting a wind nacelle

    Types of Lifting Beams

    Fixed Lifting Beams

    Designed for consistent and repetitive lifts, fixed beams offer dependable performance with low maintenance. Ideal when the center of gravity is known and consistent.

    Adjustable Lifting Beams

    Gain operational flexibility by repositioning hook points and adjusting to varying load sizes. A smart choice for production lines, warehousing, and logistics hubs.

    Spreader Beams

    These distribute forces into compression, increasing stability for long or delicate loads. Used when additional rigging space is available and load integrity is paramount.

    H Lifting Beams

    When you’re lifting wide, oversized loads, the H beam’s four-point distribution ensures better balance. Widely used in steel and aeronautical sectors.

    Lifting Beams with Moving Center of Gravity

    Dynamic and adaptable, these beams allow real-time balancing of uneven or shifting loads. Reduce the risk of tilt or load drift.

    Hydraulic-Powered Lifting Beams

    For automated lifting tasks that require real-time adjustments and power. Perfect for high-frequency, high-load operations.

    Lifting Beams with Leveling Systems

    Guarantee a horizontal position during the lift, essential for sensitive components and fragile structures.

    Motorized Rotating Lifting Beams

    Full 360° control from the ground. Reduce manual intervention and optimize precision during placement or assembly.

    Lifting beam vs spreader beam

    A lifting beam suspends the load from a single top rigging point, which subjects the beam to bending moments. This makes it compact and well-suited for headroom-restricted applications, but it demands higher-strength materials and a more robust cross-section to withstand flexural stress.

    A spreader beam uses multiple top rigging points, transforming bending loads into axial compression. This structural efficiency allows for lighter construction and superior load stability, though it requires additional vertical clearance.

    Need help selecting the right solution? We’ll analyze your load characteristics, crane configuration, and spatial constraints to recommend the optimal beam design for your application

    Need assistance? Contact us here

    Comparison table

    Type Ideal For Main Benefit Limitations
    Fixed Lifting Beam Repetitive, consistent loads Simplicity and durability Limited flexibility
    Adjustable Lifting Beam Variable load shapes Adaptable to changing needs Requires manual adjustments
    Spreader Beam Long/heavy loads Excellent weight distribution Needs more rigging space
    H Lifting Beam Oversized or irregular items Four-point stability More complex to fabricate
    Hydraulic Lifting Beam High-volume industrial lifts Automated adjustments Requires hydraulic systems
    Motorized Rotating Beam Loads needing orientation mid-air Remote 360° positioning Higher investment

     

    When precision and stability matter, our crane lifting beams offer reliable performance across various industrial applications.

    Why choose Crosby Airpes?

    • Certified excellence

      CE, TÜV, and ISO 9001-certified equipment.

    • Tailored engineering

      Each beam is custom-made for your exact needs.

    • Proven industry excellence

      Trusted by aerospace, renewable energy, and steel leaders.

    • Global support

      From design to installation and servicing.

    • Integrated solutions

      Works with hoists, electric chains, PLCs, and custom automation.

    airbus

    "Airpes provided a tailor made solution for our Broughton site using their undoubted expertise. Their pre-sale and after-sale service is impeccable and their high standards are reflected in their products."

    Mr. Jason Sutton
    ,
    Maintenance Manager Lifting Equipment - Airbus (UK)
    granes

    "After this 10 years journey together, we can tell Airpes has the particularity and capactiy to design and manufacture, the most specific products with the highest quality standards.
    The Airpes’s Team, working close together with us, taking care about our customers, there where we are, adding his valued experience."

    Mr. Astigarraga
    ,
    Purchasing Manager - Ind. Elect. S.A. (Beasain - Spain)
    verlinde

    "We at Verlinde - Stagemaker division had the chance to challenge the Airpes team, and the reactions were absolutly great, they developed the product and engineered it in a record time, and we also like the flexible attitude of Airpes. Thanks again for the excellent work."

    Mohamed Essabar
    ,
    Stagemaker Product Manager - Verlinde S.A.
    bamesa
    GONVARRI
    acciona
    alstom
    granes
    jaso
    airbus
    sener
    siemens
    bardella
    arcelor-mittal
    verlinde
    tata
    grupo-inerzia
    swf

    Clients around the world trust us because we deliver equipment that performs when it matters most.

    Looking for a lifting beam engineered for your specific operation?

    We design custom crane lifting beams that match your load profile, crane capacity, and operational constraints. Whether you need a compact lifting beam for tight headroom or a heavy-duty spreader configuration for complex loads, our engineering team will specify the right solution.

    Explore our complete range of below-the-hook lifting solutions or contact us to discuss your lifting requirements.

    How does a lifting beam differ from a spreader beam?

    A lifting beam connects at a single point, making it perfect for low-clearance operations. It’s simple, compact, and ideal for vertical lifting. A spreader beam, in contrast, uses multiple points to distribute weight, offering more balance and less stress on the load. Use lifting beams when space is tight and spreader beams when stability is key.

    What accessories can be used with lifting beams?

    You can combine lifting beams with:

    • Eye bolts
    • Lifting clamps
    • Pallet lifters
    • Ratchet lever hoists
    • Electric chain hoists

    These accessories allow the beam to adapt to various industries like shipping, manufacturing, and logistics.

    What materials are used in lifting beam construction?

    We use high-strength steel alloys, selected for their durability, resistance to bending, and ability to withstand extreme load conditions. All materials are compliant with international lifting standards, and every beam is tested under load.

    Why are inspections necessary?

    Frequent inspections help prevent equipment failure, prolong the beam’s life, and ensure legal compliance. We recommend scheduled checks to detect stress fractures, corrosion, or wear.

    What industries rely on lifting beams?

    • Wind Energy: for lifting blades, hubs, and nacelles
    • Steel Mills: coils, plates, and billets
    • Aerospace: sensitive components and large parts
    • Ports & Logistics: container handling and machinery

    Can lifting beams be customized?

    Yes. Customization includes:

    • Manual or motorized adjustment
    • Hydraulic systems
    • Load-monitoring integration
    • Special coatings for outdoor or corrosive environments

    Let us design the right tool for your operation.

    What’s the difference between a standard and a crane lifting beam?

    A crane lifting beam is specifically designed for integration with overhead or gantry cranes, offering enhanced lifting control and load security.

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