Fine kinney and lifting equipment risk assessment with L-TYPE matrix method

The adventure of lifting and transporting objects, which started with the discovery of the lever, is now easily done with vehicles with a wide variety of systems. With the support of work equipment, people can lift, carry and stack loads that they cannot lift with their own power, using simple physics laws. Various types and capacities of lifting and transport vehicles have been used for centuries. In today's world, where the industry is growing, lifting operations are carried out in every sector. Thanks to the lifting equipment, efficiency is increased in the whole process, while time loss and cost reduction are ensured. Accidental damage caused by loads in works performed with lifting equipment; It is obvious that it will be much more than the accident damages that may occur during the works on the ground. accidents; It can cause serious damage to the transported load, the lift itself and the environment, cause congestion in operation, and cause loss of time, cost and prestige. Most of the time, it can cause injury or even death of employees. Occupational Health and Safety Law and therefore its sub-regulations were defended from the necessity of risk assessment in order to predict and prevent the accidents before they happen, and envisaged a proactive approach. By making risk assessments with Fine Kinney and L Type Matrix methods, the visibility of the accidents over the score; It will be tried to find an answer to the question of whether there is an advantage among the methods.