The installation of wind turbines and other heavy-lifting operations are presenting new obstacles for crane equipment. These challenges are ultimately pushing hoist ropes to their breaking point. Repetitive operation mixed with pressure from multilayered spooling is resulting in an extremely reduced service life and high stress concentrations in the reeving system. Reaching critical levels of operational inefficiency, it was clear big changes needed to be made in the engineering of specialized hoist ropes.

CASAR LAZERLIFT is revolutionizing the industry as we know it. The German-engineered triple core design and high wire count means increased structural integrity, crushing strength, rotation resistance, and overall service life compared to other available hoist ropes. This specialized design also means a decrease in wire maintenance costs and significantly fewer potential safety risks.

Bench trials and real-world crane applications put Lazerlift to the test. In the end, the rope’s ability to withstand extreme radial stress while maintaining superior breaking strength proved that Lazerlift can take on any heavy-lifting challenge that comes its way. The remarkable durability, innovative design, and lasting service life cements this innovative rope as the definitive choice for mission-critical applications in large telescopic cranes, crawler cranes, and high-capacity cranes.

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