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Lifting equipment requires accuracy in maintenance and operations. Little errors at this stage can cost the company significantly. All equipment requires slings, chains, wires, or spreaders which call for load testing to determine if they effectively perform their functions. The latter also defines if the mechanisms can carry the rated load in question. Testing must be carried out as a regulation for safety and to minimize the risk of horrendous accidents brought by gear faults.

What Exactly is Load Testing and Why it is Done

Load testing is the procedure of applying controlled overloading to structural components and devices (like cranes) beyond their normal work capability in a safe manner to ascertain their integrity, strength and reliability. The refusal to use further checking systems overcome this overwhelming force. The strategy is simple: perform the most severe test possible to find out whether the added burden would lead to any deformation,

A pre-lift inspection can be regarded as the basic safety step needed prior to performing any form of lifting activity. If there are discrepancies found during inspection, appropriate lifting techniques must be halted immediately. Preparing for an inspection includes bringing the appropriate tools and setting everything up properly. 

In most mechanical work areas, the single most crucial safety check that should be observed is the pre-lift inspection. This level of safety check is also among the most neglected practices particularly in construction sites and factories that are not automated.

Why Pre-Lift Inspection Cannot Be Skipped

Parts of lifting machineries are always under enormous stress. Chains, wire slings and shackles are all used and abused in harsh environments such as dust, weather, chemicals or sharp edges. Even if a component is certified and tested, the conditions at the site might damage it beyond repair. Equipment