Safety, 61.00 - 902.00

Tie Down Safety’s Super Steps Portable Stair System provides a safer alternative for ladders on job sites. The Super Step is faster and safer than ladders when workers require reliable access between project floors. Super Steps replace traditional wooden worksite steps or standard ladders. They are easier to set up, easier to inspect, fully adjustable, and can be used in any location on the job site. The Super Step arrives on the job site, ready to use right out of the box. The 48” x 140” frame holds up to three modules and can be stacked three high when in transit or being stored. The best quality is the Super Steps mobility and quick setup. The Super Steps can move from one location to another and be set up quickly. Once it is in position, the Super Steps eliminate the need to build and maintain temporary ladders. The Super Steps comes with auto-fold side rails and is 100% OSHA compliant. Workers, safety specialists, insurance companies, and building owners embrace this convenient and highly functional option to ladders. It is the preferred best practice when moving workers between project floors.

Built to endure the toughest job site conditions, the Guardrail Base Dolly is your dependable companion for handling Universal Guardrail Bases. Its robust construction ensures exceptional durability, guaranteeing reliable support for your guardrail system over the long haul. Equipped with top-quality flat-free tires, this dolly effortlessly glides across various terrains without the risk of punctures or flats. The Guardrail Base Dolly streamlines the setup of your Universal Guardrail system by allowing you to transport up to 2 bases at a time. This not only saves time but also reduces effort during installation. Designed with portability in mind, this dolly weighs a mere 61 lbs. Its compact and lightweight design ensures easy transport and convenient storage, maximizing efficiency on the job site. Experience enhanced mobility with the dolly's ergonomic handle, which enables you to maneuver effortlessly through tight spaces, improving overall job site mobility.