The attention on our spreaders are devoted to ensuring maximum operational reliability, productivity and as a result also making maintenance as simple as possible. The focused design of spreader and its components such as the twistlock system, sensor arrangement positions and the main structure holds all components well protected from outside forces.

Yard Spreaders for Rubber Tire & Rail Mounted Gantry Cranes
Our yard spreaders are designed to handle containers sized from 20 to 45 and 2 x 20 feet for twin application with ISO twistlocks. Specially designed electrical transmissions actuate the twistlock and telescopic functions. The main structure holds all components well protected from outside forces. The twistlock gearbox runs over the centre of the unit, thereby limiting the effects of impacts of external forces.
Light Weight Energy Saver Spreaders
Our lightweight Energy Saver spreaders share components from our yard and ship-to-shore products. This unique spreader is primarily intended for applications where weight is of greater significance than hoist speeds and top lifting capacity. They are designed to handle containers of 20 to 45 and 2 x 20 feet for twin application with ISO twistlocks. The TEESH+ is the only existing expandable twin under 10 tonnes tare weight.
Ship to Shore Spreaders
This platform is built for the most environmentally challenging segment within container handling. With a robust yet simple design, and carefully selected components, this single lift spreader is purpose-built for the harsh environment of ship-to-shore operations. It is designed to handle containers sized from 20 to 45 and 2 x 20 feet for twin application with ISO twistlocks.
Mobile Harbor Spreaders
Our mobile harbour spreaders (MHC) serve exacting demands in terms of robustness and versatility. They are designed to handle containers sized from 20 to 45 and 2 x 20 feet for twin application with ISO twistlocks. Our MHC spreaders are electric hydraulic, based on a proven technology to give the spreaders the required strength and endurance for continuous operation. Throughout the design process, special attention has been given to maximising up-time and making maintenance as simple as possible.