For moving and/or removing loads that need to be carried stably, Bomecon offers a wide range of lifting beams. These lifting beams provide numerous possibilities to best suit your required application. Additionally, the lifting beams can be combined with other Bomecon products, such as the Steker, I-Boom, Balancer 2D or 4D, and C-Hook.
A lifting beam consists of one or more beams with lifting points. A lifting beam is used to:
At Bomecon, we offer a wide range of lifting beams that can be configured and deployed independently or in combination with other products, exactly according to customer requirements.
With our modular lifting beams up to 50 tonnes WLL, Bomecon assembles a suitable lifting beam regardless of the number, position, and required lifting angle of the lifting points, even in the case of eccentric centres of gravity.
Lifting beams are assembled using the following components:
Coupling sleeves – Connect beams crosswise or at right angles, also with different beam sizes.
Legs – For multiple beams forming a lifting frame, to allow the lifting beam to be placed stably on the ground.
Lifting points – Positioned at various locations on the beams, for attachment to the load or the crane hook.
Beams – The base of the lifting beam, available in various dimensions up to 12 m and 50 tonnes WLL.
Telescopic arms – Inserted into a coupling sleeve; allow the lifting beam to be extended or shortened on site.
Custom made – If required, Bomecon supplies customised coupling sleeves, lifting points, and beams.
The UPN lifting beam consists of two UPN profiles with lifting points in between, which can be moved manually in a single motion between ribs on the top side.
Flexibility – Thanks to the modular design, the right lifting beam can practically always be assembled. In many situations, a single lifting beam can also be configured to suit multiple applications. Depending on the type of lifting beam, many adjustments can be made independently on site.
Limited lifting height – A lifting beam is a simple and effective means of reducing the required lifting height. This lifting height is often not only a limitation of the crane, but also when bringing a load inside under a canopy or façade edge.
Chains or slings – Using chains and/or slings, a load can also be lifted at multiple points. However, the required lifting height is then largely determined by the achievable lifting angle at the lifting points, which often means more space is needed.
Lifting without lifting points – When no lifting points are available, an element can for example be lifted using vacuum equipment, a front frame of an I‑Boom, a table hook, or a lifting yoke.
Selecting and configuring the right product combination for a lifting challenge can be complex. With our in‑depth knowledge and experience in the construction and lifting industry, we are happy to help you find the best possible solution.
Feel free to contact us without obligation to discuss your project and requirements.