Tie every rated load, proof test and nameplate to the lifting machine it belongs to.

A lifting machine has one job. It must carry a stated weight without failing, and everything in the workshop, from the profile-cut plate to the latched hook, exists to support that promise.

The proof of that promise is scattered. Rated capacity sits on the quotation, mill certificates sit in purchasing, the overload test sits in a notebook, and the stamped plate was copied from memory. When an examiner or a buyer’s safety officer asks for one unit’s history, a morning goes on assembling it. The buyer is left waiting.

Enquiries arrive for a pedestrian stacker, a scissor table, a lever hoist or a platform trolley, each with a stated capacity, lift height and floor surface. The sales engineer picks a catalogue model or drafts a special, quotes fork length, battery pack or cage guarding, and records the delivery date promised. Catalogue models draw on stocked components. Specials need a drawing and a fresh date.

The workshop burns and welds mast channels, chassis frames and fork arms, then builds the carriage, hangs the load chain or wire rope, and fits castor wheels, hydraulic cylinders or a gearbox. Each finished unit takes an overload test above its rating, receives a stamped serial and capacity plate, and ships with an operator manual. Service contracts keep the unit on the customer’s register for years, so the desk can answer for a chain block sold long before the present team arrived.