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Working at height - reliable safety systems and protective equipment for performing work

Working at height, as is known, is one of the most dangerous professional fields, in which every year one has to deal with a series of accidents, unfortunately, also with a fatal outcome. Today, technical progress, without a doubt, dominates, leaving manual labor in many areas a distant past. However, even the best equipment cannot replace a person performing their work duties while at height. That is why every company operating in such a field must take very strict care of the health and safety of its employees, providing them with both individual protective equipment and collective safety systems, specially designed to prevent and minimize risks to the life and health of employees.

Our wide range of products includes proven and reliable collective safety systems for working at height. Thanks to cooperation with more than 10 manufacturers and exclusive representatives in the Baltic region, we can provide every client with equipment that meets the specifics of the work and conditions, so that movement at height is both comfortable and life-safe.

 

  • There are four types of security systems

    (which prevents the risk of falls and serious injuries when working at height):

    1. Vertical safety lines

    Vertical safety lines protects the employee from the possibility of falling, while climbing up or down, for example, when climbing a telecommunications tower or on the roof of a building.

    2. Horizontal safety lines

    Horizontal safety lines There tend to be three basic types:

    • The first type is the usual - on the roof - rope or rail systems, designed to stop a fall if you happen to slip on the roof or fall over the edge when working at height,
    • the second type is mostly rail systems used together with an SRL unit for working on cargo, for example at a railway loading point. To climb onto the wagon, a safety rail is installed above it, along which the carriage moves. An SRL unit is attached to the carriage, which is attached to the person performing the work. In the event of a fall, the safety system will stop it and the person will remain hanging,
    • The third type is a horizontal rail for industrial climbing, along which the climber can slide along the ceiling or around the building. It is used in places where there is a large perimeter of the workplace for regular work, but access is only, for example, at one point in the building. The climber attaches to carriages that slide along the rail, and in this way transports himself to the required point. This type of rail is also used for steep roofs, which are serviced daily, for example, when clearing snow.

    3. Anchor points

    Anchor point safety systems can be used in almost any situation where work is carried out at height: on roofs, overhangs, ceilings, cornices or towers. Anchor points also come in two types: fall arrest and those designed for both dynamic and static loads. They can be used both on flat roofs for fall arrest or positioning of the workplace, and on sloping roofs or vertical structures (designed for static loads or industrial climbers). You can also move around the anchor points in the installation - this is normal practice for industrial climbers.

    Anchor points can be defined as a safety system if they lead from point A to point B, just unlike a rope or rail, you will have to move your belay all the time when moving.

    4. Passive systems

    Passive safety systems are roof railings, restricted roof walkways, nets that limit our workplace, or catch nets, or rather those safety systems that limit our workplace or save us from falling, but with which we do not have an independent connection to personal protective equipment.

    Solutions can be very diverse

    We cooperate with several manufacturers to offer not the solution we are capable of (limited to the standard products of the specific manufacturer represented), but to offer you the solution you need in the best possible execution, and if necessary, we incorporate solutions from two, three or five different manufacturers into the project, because each client and each object is individual.