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Enerpac’s new CR-Series Cribbing Rings redefines heavy load support safety
Industrial tools and heavy lift specialists, Enerpac, announces the new CR-Series Cribbing Rings, a specialized mechanical load-holding solution designed to replace traditional cribbing methods. By attaching directly to Enerpac hydraulic cylinders during lifting and lowering, the Enerpac CR-Series provides hands-free operation, effectively eliminating hands-under-load risk particularly in confined or demanding environments.
Traditional cribbing often relies on wooden blocks or steel plates, which are bulky, and time-consuming to transport. In addition, manual cribbing placement often requires operators to place their hands near or under a live load. The Enerpac CR-Series addresses these safety concerns; the cribbing rings utilize a mechanical load holding system, meaning the cylinder-mounted u-rings mechanically lock the load in place.
“The Enerpac CR-Series represents a shift from traditional improvised materials to providing a more controlled way to lift and support heavy loads, particularly in confined or demanding environments,” says Alberto Larrea, senior product manager – cylinders, Enerpac. “By integrating the cribbing directly with the cylinder and providing tools to keep hands away from the load, we are helping our customers achieve higher safety standards without sacrificing productivity.”
The Enerpac CR-Series cribbing rings fit the footprint of the hydraulic cylinder itself, they require no additional lateral space, making them ideal for tight job sites where traditional cribbing cannot fit. Designed not just for safety, but for operational speed, the CR-Series enables faster, simpler setups by eliminating the need to transport, store and stack bulky traditional cribbing materials.
To support a wide variety of lifting applications, the Enerpac CR-Series is available in multiple configurations. Full System Sets are available, each set features the U-Rings, spacers, ergonomic placement fork (sold separately), and heavy-duty storage and transport carrying case.










