Modulift launches Off-the-Shelf adjustable lifting

Modulift has launched a combined lifting and spreader beam utilising a clamp system that provides a safe, fast and adjustable beam, enabling users to lift from multiple points top and bottom. The

Modulift has launched a combined lifting and spreader beam utilising a clamp system that provides a safe, fast and adjustable beam, enabling users to lift from multiple points top and bottom.

The Adjustable Lifting / Spreader Beam (or MOD CLS) is stocked as a boxed product for immediate shipping and eliminates delays incurred waiting for alternative solutions, which often have to be manufactured to order. The specialist manufacturer conceptualised the MOD CLS in response to demand from sectors where light industrial lifting scenarios inside or outside factory environments are commonplace. The fully adaptable system particularly lends itself to applications where flexibility and speed is key to productivity.

Sarah Spivey, Managing Director at Modulift, said: “The MOD CLS is game-changing from a lead-time perspective as users no longer have to wait for beams to be built. The launch is yet another example of Modulift responding to industry demand and providing distributors with a revolutionary, off-the-shelf, below-the-hook solution”.

The beam is being introduced in one size of up to 8.5t capacity, depending on configuration, but offered with four clamps as standard to adjust the lifting points to enable flexibility between a single top lifting point (lifting beam) or double top lifting points (spreader beam). The clamps are pre-assembled on the beam together with markers to show alignment and the centre of lift. Clamps on the upper / top side of the beam are of a larger rating and size than the two clamps fitted to the bottom / underside of the beam. The MOD CLS can also be adapted to suit with up to an additional four clamps on the bottom side of the beam allowing users the flexibility of additional lifting points. If more points are needed, the flexible system can also be designed as a H-Frame, providing infinite lifting points.