Installation of fall protection systems

Safety harnesses are essential personal protective equipment used in fall protection systems. Designed to distribute the force of a fall across the body and prevent serious injury, they are a critical component in ensuring the safety of workers at height.

Safety lanyards are a key component in fall arrest systems, connecting the safety harness to an anchor point. They are designed to absorb energy and reduce the impact force in the event of a fall.

Fall arrest blocks, also known as self-retracting lifelines (SRLs), are advanced fall protection devices that automatically extend and retract as the user moves. In the event of a fall, the mechanism locks quickly to reduce fall distance and minimize impact.

Anchor points are connection points used in fall protection systems to secure safety harnesses, lanyards, or fall arrest blocks. They serve as the foundation of any fall arrest setup, ensuring that the system remains firmly attached to a stable structure.

Rescue equipment is essential for safely retrieving a person after a fall or in an emergency situation at height. It includes tools such as rescue kits, descent devices, and lifting systems designed to enable quick and efficient recovery without putting others at risk. 

Permanent systems are long-term fall protection solutions installed on structures such as rooftops, facades, or industrial sites. These systems, which can include lifelines, rail systems, and anchor points, provide continuous safety for workers performing regular maintenance or inspections at height.

Ropes are a fundamental element in many fall protection and access systems, used for climbing, positioning, or rescue operations. Made from high-strength materials, they provide secure and reliable support when working at height.

Hardware includes essential safety accessories such as helmets, carabiners, headlamps, and other supportive gear used in fall protection and work-at-height environments. These items enhance both safety and functionality, offering protection against impact, secure connections, and visibility in low-light conditions.