Fabora resources
Steelwork businesses live around lifting. Raw sections arrive, fabricated items move through the workshop, stair flights need turning, bundles need unloading, and site work brings cranes, attachments, slings, chains, hoists, and awkward geometry. LOLER matters because most serious lifting problems start before the load leaves the floor: weak planning, weak setup, weak accessories, or weak supervision.
Short answer
In plain English, LOLER is about making sure lifting equipment is fit for purpose, appropriately marked, thoroughly examined where required, and used in lifting operations that are properly planned by a competent person, appropriately supervised, and carried out safely.
Practical summary
In plain English, LOLER is about making sure lifting equipment is fit for purpose, appropriately marked, thoroughly examined where required, and used in lifting operations that are properly planned by a competent person, appropriately supervised, and carried out safely.
What LOLER covers
LOLER applies more widely than many small firms first assume.
HSE explains that lifting equipment includes equipment for lifting and lowering loads, while accessories include items used to attach the load, such as chains, hooks, eyebolts, spreader beams, magnetic devices, and similar gear.
Current HSE guidance states that lifting operations must be properly planned by a competent person, appropriately supervised, and carried out in a safe manner. That is the core operational test for steelwork lifts.
Most lifting equipment is also work equipment, so PUWER can apply alongside LOLER. In practice, that means firms need to think about suitability, maintenance, inspection, controls, and competent use together rather than in separate boxes.
Real steelwork use
The regulation becomes real when it meets the actual loads and layouts of steelwork work.
Beams, columns, fabricated frames, stair flights, sheet packs, and awkward assemblies often move on overhead cranes, gantries, hoists, magnets, forks, or lifting beams. The lift is routine only if the planning and equipment match the routine.
Yard lifts, transport unloading, and short repositioning jobs often look simple, but they still depend on load knowledge, good attachment choice, load path control, and people staying clear of the danger zone.
On site, the complexity rises quickly because space is tighter, weather changes, the sequence matters more, and other trades are nearby. That is where supervision, signaling, exclusion zones, and clear role allocation become more important.
Magnetic devices, vacuum devices, and some fork-mounted or crane-mounted arrangements can be useful, but they are not general-purpose shortcuts. The business still needs to know the device suits the material, shape, weight, and environment.
LOLER checklist
A useful LOLER checklist should connect the equipment register, accessory register, pre-use checks, thorough examination records, and lift planning rather than treating them as separate paperwork.
Record cranes, hoists, gantries, lifting beams, forklifts used for lifting, fork attachments, magnets, and other lifting equipment with ID numbers, safe working load details, location, inspection status, and next examination date.
Track slings, chains, hooks, eyebolts, shackles, beam clamps, spreader beams, lifting points, and other accessories so damaged or expired items do not drift back into use.
The SWL needs to suit the real configuration, not just the label in isolation. Sling angle, lift beam rating, hook position, fork attachment rating, and centre of gravity can all change the answer.
Reports should be easy to find before equipment is used, especially for hired cranes, forklifts, hoists, lifting beams, chains, slings, shackles, and accessories moving between workshop and site.
Planning the lift
The plan does not always need to be a long written document, but it does need to answer the right questions.
Long sections, bundled materials, stair units, and fabricated assemblies can behave very differently once suspended. Weight, shape, balance, and attachment points all matter before the lift starts.
The safe working load, configuration, angle, reach, and stability of the equipment and accessories have to suit the real lift, not an assumed lift. Marking and certificates do not remove the need to select properly.
Banksman, slinger, crane or hoist operator, and supervisor roles need to be clear. Mixed messages or unagreed hand signals are a common route into avoidable incidents.
The plan needs to consider people, vehicles, pinch points, obstructions, adjacent work, wind, visibility, and what happens if the load starts to swing, bind, or foul.
Examination and records
This is where many businesses think they are covered because the equipment is serviced or tagged, when the picture is often wider than that.
Current HSE guidance says lifting equipment and accessories must be clearly marked with their safe working loads, and accessories should also be marked with characteristics affecting safe use where relevant.
HSE's FAQ guidance makes clear that regular servicing does not remove the need for thorough examination. Where there is no written examination scheme, the usual minimum pattern is every 12 months for lifting equipment and every 6 months for accessories or equipment lifting people.
HSE states that records of thorough examinations should be made and defects should be reported to the person responsible for the equipment and, where required, the relevant enforcing authority.
HSE's magnetic lifting guidance is clear that these devices should not be treated as general-purpose gear. Suitability for the material, condition, contact area, and environment still needs to be assessed carefully.
Pre-use checks
Formal thorough examination records matter, but day-to-day pre-use checks are still where many obvious defects should be caught before a lift starts. The toolbox talk topics guide linked later on this page is useful for turning lifting accessory checks, exclusion zones and load control into short team briefings.
Look for missing tags, unreadable markings, cuts, crushed webbing, heat or weld damage, bent hooks, damaged safety catches, stretched links, corrosion, and signs that the accessory has been overloaded.
Check thread condition, pin condition, correct type, correct fit, correct orientation, full engagement, load direction, and whether the lifting point is designed for the way it is being used.
Check SWL markings, travel path, brakes, controls, hooks, limit devices, beam condition, supports, stability, and whether the planned lift sits inside the rated configuration.
If forks, jibs, hooks, extensions, or attachments are used as part of a lift, check that the combination is planned, rated, examined where required, and controlled by competent people.
Workshop vs site
The same fabricated item can need a different lifting approach in a controlled workshop bay than it does on a live construction site.
Workshop lifts often use known cranes, hoists, gantries, forklifts, storage routes, and repeat handling methods. That can support repeatable planning, but only if equipment condition, SWL, accessories, exclusion zones, and supervision stay controlled.
Site lifting is usually less predictable. Ground conditions, crane position, delivery routes, wind, other trades, public interfaces, working at height, and temporary stability all need stronger job-specific review.
A regular beam lift, stair flight turn, or pallet movement can still go wrong if the weight is assumed, the load path is crowded, the accessory is damaged, or the lift plan no longer matches the job.
A method statement should explain how the load will be moved, who is in control, what equipment and accessories are used, where people stand, and what stops the lift if conditions change.
What to check
Most steelwork lifting trouble comes from familiar shortcuts, not exotic failures. These checks should sit alongside the lifting gear register, lifting accessories register, thorough examination records, and the RAMS or method statement for the task.
If the weight, centre of gravity, or real attachment behavior is unclear, the lift should be paused and clarified before anyone commits the equipment.
A chain or sling with a sufficient headline capacity can still be overloaded in the actual configuration. Angle, edge damage, bundle behavior, and attachment method matter.
People under the load, people walking through the path, or vehicles moving through the area usually show weak supervision rather than bad luck.
Regular workshop lifts still need competent planning and supervision. Repetition is not a substitute for suitability, marking, examination, and safe execution.
Loose shackles, untagged slings, unidentified chains, and hooks with unclear ratings make it harder to prove that the accessory is suitable for the lift.
If the RAMS says lift into position but does not explain equipment, accessories, roles, exclusion zones, temporary stability, or stop conditions, the method is probably too thin.
Official guidance
These links point to the underlying official material. This page is a practical summary, not a replacement for those sources, competent review, or legal advice.
Current HSE overview on planning, competence, supervision, marking, thorough examination, and records.
Useful HSE practical guide on safe lifting questions, equipment choice, attachment, and operation.
Useful for current HSE guidance on examination intervals and the point that servicing does not replace thorough examination.
Useful where steelwork businesses are using magnetic devices for sections, sheet, or fabricated components.
Primary legislation for the Lifting Operations and Lifting Equipment Regulations 1998.
FAQ
Short answers on practical use, review expectations, and where this guidance stops.
Important note
Final review, suitability, and approval still remain with the customer's business and the people responsible for the job.
Yes. HSE treats lifting accessories as part of the LOLER picture. That includes common items used to attach loads, such as chains, hooks, eyebolts, spreader beams, and similar gear.
No. HSE's current FAQ guidance says a thorough examination is still required even where equipment is serviced regularly. They are different controls with different purposes.
Yes. HSE's magnetic lifting guidance makes clear that they should not be treated as general-purpose lifting gear. Suitability depends on the load material, shape, contact area, condition, and the way the device is used.
Forklifts and some attachments can sit within the lifting-equipment picture when they are being used for lifting operations. The exact duty picture depends on how the equipment is used, so firms should treat planned lifting work carefully and take competent advice where the setup is unclear.
A practical checklist should cover the load, safe working load, lifting equipment, lifting accessories, pre-use checks, thorough examination records, roles, supervision, exclusion zones, site or workshop conditions, and whether the method statement matches the actual lift.
The RAMS should carry the lifting method clearly enough for review and site use, including the equipment, accessories, people, sequence, exclusion zones, temporary stability, and stop conditions. Fabora RAMS can support clearer drafting, but it does not replace competent lift planning.
Related reading
These links keep the topic moving, either into related guidance or into the Fabora RAMS product pages.
Useful if you want a practical RAMS template structure that includes lifting, access, equipment, and job-specific review prompts.
Useful if your lifting issue overlaps with wider work-equipment selection, maintenance, and supervision.
Useful where lifting arrangements, temporary stability, access, and exclusion zones need to be reflected in site RAMS.
Useful for toolbox talks around lifting operations, accessories, exclusion zones and load control.
Useful if you need to separate repeat workshop lifting assumptions from site-specific lifting controls.
Useful if lifting, handling, and workshop movement need to sit inside wider fabrication RAMS.
See how Fabora RAMS helps steelwork teams carry clearer lifting arrangements, equipment notes, and control wording through into job-specific RAMS.
See the Fabora RAMS plans if you want a faster editable RAMS workflow for regular workshop and site jobs.