Manual Handling SWMS
Manual handling of materials, equipment, and components including lifting, carrying, pushing, and pulling.
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This SWMS covers hazardous manual tasks — the lifting, carrying, pushing, pulling, holding, restraining, and repetitive movements that account for the single largest category of workers' compensation claims in Australia. It is written for any PCBU whose workers perform manual handling as a routine part of their role: construction labourers, storepersons, installers, maintenance crews, aged-care and disability workers, cleaners, and delivery drivers. It applies across industries — the underlying risk factors are the same whether a worker is handling a ceramic tile on site, a patient in a facility, or a parcel on a dock.
Hazardous manual tasks are controlled under Part 4.2 (r. 59-61) of the WHS Regulation 2025 (NSW). They are not High Risk Construction Work, and this SWMS is authored without an HRCW breakdown. However, musculoskeletal disorders (MSDs) from hazardous manual tasks are the largest single cause of compensable workplace injury in every Australian jurisdiction, and their cumulative nature means the controls must be engineered in from task design — not relied upon at the individual lift. The Code of Practice: Hazardous Manual Tasks (SafeWork Australia, 2020) sets out the risk-factor framework this SWMS applies: force, movement and posture, duration and frequency, vibration, and workplace environment. This document is CIH-authored against the current regulatory baseline.
Hazards identified
9 hazards covered, sorted by priority.
Rotator-cuff injury, shoulder impingement, and cervical spine strain; overhead lifting is one of the highest-risk postures identified in the Code of Practice.
Lumbar disc injury from forward flexion with load; the classic mechanism for compensable back injuries in storepersons and construction labourers.
Cumulative fatigue-induced lumbar injury; slips and falls due to limited forward visibility; acute injury where load is dropped.
Shoulder and elbow MSD from sustained force; collision injury where the worker cannot arrest a runaway load; common in dispatch and construction-laydown contexts.
Knee bursitis, lumbar strain, and shoulder impingement from prolonged non-neutral postures; tile-layers, floor-layers, and electricians working in ceiling voids are the highest-exposure groups.
Cumulative tendinopathy and carpal tunnel syndrome in upper limbs; common in picking, packing, finishing trades, and assembly line work.
Hand-arm vibration syndrome (HAVS) and carpal tunnel syndrome; recognised as a dose-dependent effect above the ISO 5349 action value.
Acute injury from sudden load shift; high prevalence in aged care and disability services where patient handling is a dominant risk.
Environmental factors amplify MSD risk: heat reduces grip strength and judgement, cold reduces muscle compliance, and confined spaces force awkward postures; the cumulative effect multiplies the base risk.
Control measures
Hierarchy-of-controls order: elimination → substitution → isolation → engineering → administrative → PPE.
- 1Elimination first: redesign the task to remove the manual handling. Can the load be delivered directly to the point of use? Can the workflow be re-sequenced so the load is never lifted above shoulder or below mid-thigh? Can mechanised handling replace manual handling for the bulk of the task?
- 2Substitution: reduce the load weight (split pallets, smaller package sizes), reduce the distance (relocate stores closer to the work area), or change the medium (liquid in bulk pumped instead of drummed and carried).
- 3Engineering controls: mechanical aids including pallet jacks, scissor lifts, vacuum lifters, patient hoists, lifting straps, material lifts, and mezzanine lifts. The controls are specified by task and recorded in the work-method sheet so the aid is known before the lift is attempted.
- 4Workplace design: storage heights between mid-thigh and shoulder for frequent-access items; sloped-floor storage to reduce bending; adjustable-height benches and assembly surfaces; pedestrian paths clear of obstacles; adequate lighting (>200 lux at work surface) to reduce awkward-posture exposure.
- 5Administrative controls: job rotation to limit repetitive exposure; two-person or team lifts for loads above the single-person limit (typically 25 kg for adults in a neutral posture, less for awkward postures); task breaks scheduled after sustained high-force or repetitive operations; training on safe work methods.
- 6Risk assessment per the Code of Practice: Hazardous Manual Tasks (SafeWork Australia, 2020) for each task identified as hazardous — documented using the Code's worksheet covering force, movement and posture, duration, vibration, and environment.
- 7Training and competency: all workers performing hazardous manual tasks complete induction training covering the task-specific risk factors and the available controls; refresher training every 2 years or after a significant task change; task-specific training for specialist activities (patient handling, overhead install, benchtop fabrication).
- 8Health monitoring and early reporting: workers report early symptoms (ache, numbness, tingling, loss of grip) before the symptom becomes a lost-time injury; the PCBU reviews task design and temporarily reassigns workers reporting symptoms; return-to-work plan coordinated with treating practitioner.
- 9Vibration management: vibration exposure assessed per AS 2763 for hand-held tools and whole-body exposure per ISO 2631; tool rotation, anti-vibration gloves, and tool maintenance (balanced, sharp) to reduce exposure; withdrawal from vibration-generating tools for workers reporting HAVS symptoms.
- 10Environmental controls: heat-stress management (hydration, rest-work cycles, cooling) per the Code of Practice: Managing the Risks of Working in Heat; cold-exposure controls (insulated clothing, warm-up breaks); lighting to reduce postural strain.
- 11Consultation with workers performing the task per s. 47 of the WHS Act: workers have direct insight into the real-world factors the risk assessment might miss (obstacles, time pressure, informal workarounds). Consultation is documented and feeds back into the task design.
- 12PPE baseline where residual risk remains: lifting belts are NOT primary controls and are not recommended by SafeWork Australia as MSD controls; slip-resistant footwear; cut-resistant gloves for material handling; safety eyewear where the load presents a strike hazard.
Applicable Codes of Practice
The primary authority for identifying, assessing, and controlling hazardous manual tasks. Defines the risk-factor framework (force, posture, duration, vibration, environment) applied throughout this SWMS.
Provides the hierarchy-of-control framework applied to manual task risk assessment and control selection.
Applies to lighting, floor surfaces, and layout design that influence manual task risk.
Governs the environmental-heat risk factor component of hazardous manual task risk assessment for outdoor and non-air-conditioned work.
Technical standard for assessing hand-arm vibration from powered tools.
International standard referenced in Australian practice for whole-body vibration assessment.
Who this is for
- →PCBUs whose workers perform manual handling as a routine part of their role, including construction, storage and logistics, aged care, and cleaning.
- →Operations managers and supervisors designing work systems that include lifting, carrying, pushing, or pulling tasks.
- →WHS representatives and HSRs reviewing manual handling risk controls on behalf of workers.
- →Return-to-work coordinators managing suitable-duty programmes for injured workers.
- →Self-employed operators performing physical work who require a documented manual handling SWMS for their own safety and insurance.
What you receive
- ✓Editable Microsoft Word document (.docx) applicable across industries with manual handling hazards.
- ✓Title page with PCBU name, ABN, site or workplace address, and revision date fields.
- ✓Hazard register with the 9 hazards listed above — each with consequence, inherent risk, controls, and residual risk on a 5x5 matrix.
- ✓Manual task risk assessment worksheet aligned with the Code of Practice: Hazardous Manual Tasks framework.
- ✓Mechanical-aid specification table linking tasks to recommended aids.
- ✓Consultation record for HSR sign-off and worker input per s. 47 of the WHS Act.
- ✓Worker sign-on register (blank) for manual daily acknowledgement.
- ✓Legislation schedule pre-populated for NSW with a state-variance table for VIC, QLD, SA, WA, TAS, NT, ACT.
- ✓Review-and-update log for tracking SWMS amendments.
Worked example
A building-materials supplier in Ingleburn, NSW operates a 4,000 m2 warehouse and distribution centre with 14 staff — a mix of pickers, forklift operators, and dispatch crew. Worker compensation history shows three back-injury claims in 24 months all from pallet-level picking of tile boxes (22 kg per box). The operations manager applies this SWMS and the Code of Practice: Hazardous Manual Tasks worksheet to the picking task: force (22 kg), repetition (up to 80 boxes/day/worker), posture (frequent lifting from pallet-base height). Controls applied: pallet height raised to mid-thigh using pallet-raisers; team picking for orders over 40 boxes; vacuum lifter trialled for heavy-pick zones; pick-face rotation so no picker stays at the same zone more than 2 hours. The SWMS is reviewed at 6 months — injury claims are tracked against task redesign effectiveness, and the vacuum lifter is made standard equipment after a demonstrable reduction.
Related legislation
- Work Health and Safety Act 2011 (NSW) — s. 19 primary duty of care; s. 27 officer due diligence; s. 47 consultation with workers.
- WHS Regulation 2025 (NSW) — Part 4.2 (hazardous manual tasks), r. 59 (duty to manage risks of hazardous manual tasks), r. 60 (identification of hazardous manual tasks), r. 61 (risk management).
- Workers Compensation Act 1987 (NSW) and Workers Compensation Regulation 2016 (NSW) — compensation framework for MSD claims.
- State Insurance and Care Governance Act 2015 (NSW) — icare scheme for workers compensation in NSW.
- Return to Work Act 2014 (equivalent legislation in each state) — rehabilitation and return-to-work obligations for injured workers.
- Aged Care Act 1997 (Commonwealth) — where manual handling involves aged-care recipients and patient handling.
Frequently asked questions
Is there a legal maximum weight a worker can lift?
No — Australian WHS law does not set a single maximum weight for manual lifts. The risk depends on the combination of weight, posture, distance, duration, frequency, and environment. The Code of Practice: Hazardous Manual Tasks uses a risk-factor framework rather than a fixed limit. 25 kg is a commonly cited guideline for adult single-person lifts in a neutral posture, but the actual risk is always task-specific. Use the Code's worksheet to assess each task.
Are lifting belts or back braces acceptable controls?
No. SafeWork Australia does not recommend lifting belts as a primary control for hazardous manual tasks. The research evidence is that lifting belts do not reduce injury incidence and may create a false sense of security that encourages over-lifting. The hierarchy of control requires elimination, substitution, engineering controls, and administrative controls to be applied before PPE. Lifting belts do not fit the PPE definition for MSD risk.
Does this cover patient handling in aged care or healthcare?
Yes, at the framework level. Patient-handling tasks are among the highest-risk manual tasks in Australia and have driven the development of dedicated hoist, slide-sheet, and care-team protocols. The SWMS identifies the generic hazards and controls; healthcare and aged-care PCBUs should supplement it with their facility's patient-handling policy, individual patient risk assessments, and equipment registers. Contact us for a healthcare-specific variant if needed.
How often should we re-assess a manual handling task?
Re-assess whenever the task changes (new equipment, new layout, new product range), whenever an injury or near miss occurs in that task, whenever a worker raises a concern, and as a minimum every 2 years. Document each re-assessment on the revision log. Early-symptom reports from workers should trigger immediate re-assessment rather than waiting for the routine cycle.
Are gym and warm-up programmes a control under this SWMS?
Not as a primary control. Workplace warm-up or stretching programmes have mixed evidence for MSD prevention and are not identified as primary controls in the Code of Practice: Hazardous Manual Tasks. They may have a secondary benefit alongside engineering controls, but they do not substitute for redesigning the task. A workplace that relies on warm-up programmes while leaving high-risk tasks unchanged is not compliant with r. 59 of the WHS Regulation.
Document details
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