Belize Sugar Industries acquires Liebherr LTM 1130-5.1 crane

Belize Sugar Industries (BSI) has commissioned a second-hand Liebherr LTM 1130-5.1 mobile crane to bolster maintenance and repair operations at its primary facility. Operating the largest sugar factory in the Central American nation—which also feeds roughly half of its generated electricity into the public grid—the 600-employee company required a major upgrade to replace an aging 33-year-old, 110-tonne crane that could no longer meet the plant's escalating lifting demands.

Versatile capacity and rapid deployment
Sourced directly from Liebherr’s sales and service hub in Veracruz, Mexico, the 130-tonne crane was chosen for its rapid regional availability and proven operational reliability. Featuring five axles and a 60-meter telescopic boom, the LTM 1130-5.1 provides BSI with highly versatile setup configurations. Immer Torres, buyer at BSI, noted that the facility previously had to routinely rent additional machinery to supplement their old equipment. The newly acquired crane consolidates these tasks, allowing a single machine to handle complex assembly and repair jobs across the site. Furthermore, the direct OEM support from Liebherr guarantees long-term spare parts availability, a critical factor for a continuous-process plant that provides vital baseload electricity to the national grid.

Additional Context: All-terrain crane kinematics in plant maintenance
This section details the mechanical advantages of 5-axle mobile cranes in dense industrial environments not included in the original press release.

In large-scale processing facilities like sugar mills and co-generation power plants, maintenance operations often require lifting exceptionally heavy components—such as steam turbine rotors, massive centrifuges, or boiler sections—in highly confined spaces. A 5-axle all-terrain crane like the LTM 1130-5.1 bridges the gap between massive lifting capacity and the necessary site mobility. Its complex multi-axle steering system (featuring active rear-axle steering) allows the carrier vehicle to crab-steer and navigate tight corners between existing pipe racks, cooling towers, and conveyor belts. Furthermore, its long, multi-section hydro-mechanical telescopic boom can be deployed rapidly without the need for an extensive lattice boom assembly area on the ground. This drastically minimizes plant downtime during critical scheduled outages (turnarounds), where every hour of delayed maintenance directly impacts both commercial sugar production and grid power stability.

Edited by an industrial journalist, Lekshman Ramdas, with AI assistance.

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