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DBI-SALA Shock Absorbing Lanyards

EZ Stop® Shock Absorbing Lanyards

EZ Stop® Shock Absorbing Lanyards are manufactured with the highest quality to ensure safety and comply with the strictest standards. EZ Stop® II lanyards utilize a controlled tearing action when subjected to fall arrest forces and limits arresting forces to 900 Lbs. or less.

Force2™ Shock Absorbing Lanyards

Force2™ Shock Absorbing Lanyards are used when there is no overhead anchorage and your only option is to tie-off at your feet, a situation often faced by iron workers. Force2™ Shock Absorbing Lanyards can be used for a 6 to 12 Ft. free fall and limits the arresting forces below the mandated OSHA requirements.

Positioning & Restraint Lanyards

Positioning and Restraint lanyards provide the ultimate in durability and safety for non-fall arrest applications.

Shockwave2™ Shock Absorbing Lanyards

Designed to expand and contract with use in reaction to the user’s movements. ShockWave2™ lanyards stay out of the way when not in use, avoiding trips and snags. ShockWave2™ Lanyards Impact Indicators provide easy visual evidence if shock loading has occurred through a fall or improper use.

Wrapbax™2 Tie-Back Shock Absorbing Lanyards

Eliminates the need for a separate anchorage connector, thereby reducing inventory and cost, simplifying inspections, training and improving compliance. The WrapBax™2 Tie-Back Hook has a unique look to easily differentiate it from standard hooks and provides 5,000 Lbs. strength, even on the gate.

DBI Sala Shock Absorbing Lanyards from Lift-It Mfg. DBI-Sala can design and build the products you need for all your fall protection challenges. The patented, DBI-Sala Snap Hook is just one of many lanyard features that have enhanced worker productivity and safety. Available with over 20 different Connectors to fit the application, DBI-SALA Lanyards promote safety and enhance productivity. Lanyards are flexible lines with a connector at each end used to connect the anchorage to the body support support component of a fall protection system.