07 May 2026 | Shaw Hydraulics Ltd
Telescopic Gantry Lifting Solutions from Shaw Hydraulics
Enerpac continues to set the benchmark in heavy lifting technology with its SL, SBL and MBL Series telescopic hydraulic gantries—engineered to deliver precision lifting, enhanced safety, and maximum control in demanding industrial applications. Designed for environments where conventional cranes are impractical, these hydraulic gantry systems provide a reliable, efficient solution for lifting and positioning heavy loads with exceptional accuracy.
Offering lifting capacities from 600 kN up to an impressive 10,484 kN, Enerpac gantries are built to handle complex projects across sectors such as construction, energy, infrastructure, and heavy engineering. With lift heights reaching up to 14.5 metres, the systems enable controlled vertical and horizontal movement using skid tracks, allowing loads to be positioned in a single, streamlined operation.
At the heart of every system is the innovative Intelli-Lift wireless control technology, delivering synchronised lifting and travelling with millimetre-level accuracy. Advanced safety features, including overload protection, automatic synchronisation, and emergency stop functions, ensure safe operation at all stages, while compliance with ASME B30.1 standards reinforces reliability in critical lifting environments.
Enerpac’s gantry range is engineered with durability and flexibility in mind, featuring self-contained hydraulics, telescopic cylinders, and configurable components such as header beams, side shifts, and powered travel systems. From the cost-effective SL-Series to the heavy-duty SBL and high-capacity MBL solutions, each system is tailored to meet specific project requirements with optimum stability and performance.
Backed by global technical support, training, and engineering expertise, Enerpac hydraulic gantries provide industry professionals with a complete, turnkey heavy lifting solution—enhancing productivity, reducing downtime, and ensuring safe, controlled load handling in even the most challenging environments.