Chain sling inspections assess each link for wear, elongation, cracking, and deformation per EN 818 and ASME B30.9, with the working load limit verified against current markings and load test certificates. Slings failing minimum wear limits or exhibiting any disqualifying defect are immediately withdrawn and replaced to prevent catastrophic load failure.

Eyebolt inspections check for thread damage, neck deformation, gate integrity on swivel types, and corrosion in compliance with BS 4278 and EN 1677, ensuring safe working loads are clearly marked and remain valid. Eyebolts with reduced cross-sections, bent shanks, or indistinct load markings are removed from service and replaced.

Hook inspections examine throat opening width, safety latch function, shank or eye condition, and surface cracks using visual and non-destructive methods against EN 1677 and ASME B30.10 standards. Hooks that have opened more than 5% of their original gauge dimension or show any latch defect are immediately removed from service.

Shackle inspections verify pin condition, body deformation, thread engagement, SWL markings, and corrosion in accordance with EN 13889 and ASME B30.26. Any shackle with a bent pin, spread body, or obliterated load marking is immediately replaced to prevent dangerous failure under load.

Spreader beam inspections assess the main beam for weld cracks, structural deformation, correct rated capacity markings, and integrity of all lifting attachment points per ASME B30.20 and EN 13155. Certified inspectors confirm the load chart remains valid and legible, and that all connecting hardware meets the required load class.

Wire rope sling inspections examine the full length for broken wires, kinking, bird-caging, corrosion, core damage, and end termination integrity per EN 13414 and ASME B30.9. Slings with ten or more randomly distributed broken wires per lay, or exhibiting other disqualifying defects, are immediately condemned and removed from service.

Synthetic web sling inspections check for cuts, abrasions, chemical burns, melting, UV degradation, seam damage, and core exposure per EN 1492-1 and ASME B30.9. Slings with visible core damage, cut load-bearing threads, or illegible load rating labels are immediately condemned and cannot be returned to service.

Chain hoist inspections cover load chain condition, hook deformation, brake mechanism function, gearing integrity, and overload clutch operation per EN 13157 and ASME B30.16. The hoist is load-tested at rated capacity and checked for smooth lifting and lowering before re-certification for the next period of service.

Lever hoist inspections assess load chain condition, hook and latch integrity, ratchet and pawl function, brake performance, and overall structural condition per EN 13157 and ASME B30.21. Functional load testing confirms rated capacity, smooth operation, and reliable braking before the unit is returned to service.

Crane hook block inspections examine the main hook, swivel bearing, sheave condition, frame welds, retaining pins, and safety latch per EN 13852 and ASME B30.2. Non-destructive examination of the hook is performed where indicated, and the assembly's rated capacity is confirmed against the crane's current load chart.

Lifting beam inspections assess structural members, welded connections, lifting attachment points, and rated load markings for deformation, fatigue cracking, or section loss per ASME B30.20 and BS 2853. Any beam showing visible weld cracking or missing load data is immediately withdrawn from service pending engineering assessment.

Trolley beam inspections check flange wear, wheel condition, drive mechanism integrity, end stops, and overall beam structural condition against EN 15011 and applicable crane standards. Worn flanges or misaligned wheels that could cause derailment are identified and remedied before the trolley is returned to service.

Forklift lifting attachment inspections verify mounting interface integrity, rated load capacity markings, locking mechanism function, and structural condition in compliance with EN 1726 and manufacturer specifications. Only attachments with valid load charts and secure mounting are authorised for continued service.

Pallet lifting bar inspections assess structural members, forklift pocket integrity, suspension points, and rated capacity markings per ASME B30.20 and applicable pallet handling standards. Bars showing deformation, cracked welds, or illegible load ratings are removed from service and referred for engineering evaluation.

Magnetic lifter inspections verify holding force at rated capacity, magnet surface condition, control mechanism function, and safety factor compliance per EN 13155 and manufacturer test protocols. Any measured reduction in holding capacity below the safe threshold results in immediate withdrawal from service pending repair and re-testing.

Vacuum lifter inspections test suction cup integrity, vacuum pressure maintenance under load, gauge accuracy, safety valve function, and structural frame condition per EN 13155 and manufacturer requirements. Systems that cannot maintain sufficient holding pressure under rated load are condemned until repaired and re-tested.

Manual hoist inspections cover load chain condition, hook and latch integrity, brake function, gear train condition, and frame welds per EN 13157 and ASME B30.16. Proof load testing at 125% of rated capacity is carried out to confirm the hoist remains suitable for continued safe service.

Load cell inspections verify calibration accuracy, overload protection, cable and connector integrity, and display unit function against OIML R 60 and relevant metrology standards. Certified calibration records with measurement traceability are issued with each inspection to ensure reliable load monitoring during lifting operations.