Modular spreader beams
Fixed-span beams with pinned attachment points — cost-effective for standard load patterns with known lift points.
Engineered to BS EN 13155
Custom spreader beams, H-frames and balanced lifting frames, CAD-engineered to your exact load geometry, supplied with calculations, test certification and full traceability.
Spreader beams and lifting frames sit at the pointy end of rigging engineering. Get the geometry wrong and the hook loads are unbalanced, the sling angles go out of compliance, and the load can rotate or shift in flight. Somers Handling engineers bespoke and modular spreader beams, H-frames and balanced lifting frames to BS EN 13155 for construction, offshore, nuclear, power-generation and aerospace applications in the UK and internationally.
Every beam we supply comes with full design calculations, a CAD model, and a proof-load test certificate at 125% of SWL. For heavy-capacity beams we can integrate load cells, tilt indicators and electronic monitoring into the structure at the design stage.
Spreader beams and lifting frames are supplied in the following common configurations. Bespoke variants are engineered to order.
Fixed-span beams with pinned attachment points — cost-effective for standard load patterns with known lift points.
Telescopic or multi-position spreaders that accommodate a range of load widths without tooling change.
Balanced four-point lifters for large planar loads — transformer tanks, modules, skid-mounted packages.
Application-specific lifting frames for non-standard loads, combining spreader, rigging and load-distribution into a single engineered unit.
Standard capabilities below — higher capacities, longer spans and non-standard finishes available on request.
| Safe working load (SWL) | 250 kg – 100 t Higher capacities engineered on request. |
|---|---|
| Beam span | 1 m – 30 m |
| Standards | BS EN 13155, NORSOK, DNV CE / UKCA marked. |
Industries
Send a short description of your load, environment and duty — a Somers engineer will respond within one working day.