Panel Beating & Collision Repair SWMS
Collision damage assessment, vehicle support and parts removal, panel straightening, chassis alignment and pulling, hammer and dolly work, and MIG/spot welding of vehicle bodies.
SWMS variants reference your state’s WHS legislation. Instant download after payment.
Panel beating and collision repair combine sustained noise, hand-arm vibration, stored mechanical energy and hot work in a single bay. This Safe Work Method Statement covers vehicle support and parts removal, panel straightening, chassis alignment and pulling, hammer and dolly work, and MIG and spot welding of vehicle bodies. It addresses the two hazards most often under-controlled in this trade: the sudden release of a hydraulic ram or chain under load during a chassis pull, which is a struck-by fatality risk requiring a hard exclusion zone; and welding fume — particularly zinc oxide liberated from galvanised panel coatings — which requires extraction at the arc rather than general workshop ventilation.
Hazards identified
9 hazards covered, sorted by priority.
Chemical burns; blast injury from inadvertent airbag deployment
Crush fatality; blast injury
Ground and water contamination
Noise-induced hearing loss; hand-arm vibration syndrome
Struck-by injury, crush, burns
Waste to landfill
Metal fume fever; long-term respiratory disease
Arc-eye, burns, fire
Air emission and solid waste
Control measures
Hierarchy-of-controls order: elimination → substitution → isolation → engineering → administrative → PPE.
- 1Gloves and eye protection when handling batteries
- 2follow manufacturer airbag disarm procedure before removing trim
- 3Isolate and disconnect the battery and wait the specified time before working near airbag components
- 4hoist arms engaged and locked, or rated stands used — never a jack alone
- 5Drip trays under the vehicle
- 6capture and segregate fuel, coolant and oil for licensed disposal
- 7Hearing protection worn
- 8anti-vibration tools selected
- 9job rotation to limit vibration exposure
- 10workshop noise assessment
- 11Ram and chain guarding
- 12marked exclusion zone during pulls
- 13hot-work permit where sparks are generated
- 14extinguisher at the bay
- 15remove or shield flammables
- 16Segregated metal recycling and consumable waste streams
- 17On-torch or hood LEV extraction at the arc
- 18respiratory protection where extraction cannot capture the plume
- 19Welding screens
- 20full welding PPE
- 21fire watch maintained after hot work
- 22Fume capture at source
- 23slag collected and disposed
Applicable Codes of Practice
Primary approved code for this work — booth and mixing-room design, ventilation, RPE selection, isocyanate handling and health-monitoring triggers.
Hazardous chemicals register, SDS, labelling, storage segregation and the risk-management process for paints, hardeners and solvents.
Definitive national guidance on isocyanate sensitisation, air-supplied RPE, exposure standards and respiratory health surveillance.
Applies to compressor, spray gun, air-tool and panel-work noise where the 85 dB(A) LAeq,8h exposure standard may be exceeded.
Ventilation, lighting, eyewash and emergency shower provision, and amenities for workers handling hazardous chemicals.
The hierarchy of control this SWMS is structured around — elimination and substitution before engineering, administration and PPE.
Design, airflow, classification and maintenance requirements for the booth and mixing room this SWMS relies on as its primary engineering control.
Fit-testing, facial-seal and maintenance requirements — the basis for the air-supplied respirator program.
Performance standard the air-fed hood and A2P2 respirators must be certified to.
Dangerous-goods store design, quantities, bunding and separation for paints, thinners and solvents.
High-Risk Construction Work triggered
Hot work — MIG and spot welding, grinding sparks — is carried out adjacent to solvents, LPG and oxy-fuel in the same repair bay.
Where this work is carried out in connection with construction work, Work Health and Safety Regulation 2025 (NSW) s. 291 requires a SWMS to be prepared BEFORE work starts, the work to be carried out in accordance with it, and the SWMS to be available for inspection and reviewed whenever controls change. Failure to do so is an offence carrying penalties for both the PCBU and its officers.
Who this is for
- →Panel beaters and collision repair technicians
- →Smash repair and accident repair centres
- →Fleet and heavy-vehicle body repair workshops
- →Apprentices and supervisors in body repair
- →WHS managers in automotive repair
What you receive
- ✓Fully editable Microsoft Word (DOCX) SWMS — populate company, ABN, site and worker fields directly
- ✓Task-by-task risk assessment across occupational health, safety and environment, with severity × likelihood scoring before and after controls
- ✓Controls written to the hierarchy of control — elimination and substitution first, PPE last
- ✓High risk construction work classification with the specific s. 291 category and why it is triggered
- ✓Isocyanate health-monitoring and air-monitoring requirements stated as legal duties, not optional extras
- ✓PPE schedule referencing AS/NZS 1715 and 1716, including air-supplied respirator requirements
- ✓Training and competency register covering fit-testing, SDS interpretation and isocyanate awareness
- ✓Emergency procedures for chemical splash, inhalation, sensitisation episode, solvent fire and spill
- ✓Worker sign-on register and review/sign-off block ready for immediate site use
Worked example
During a chassis pull the clamp released and the chain whipped across the bay. Nobody was struck, but only because the adjacent technician had stepped away moments earlier. The review found no marked exclusion zone and no chain-restraint practice. Introducing a taped exclusion zone during pulls, chain deflection restraints and a pre-pull check of clamp engagement removed a hazard the shop had lived with for years.
Related legislation
- Work Health and Safety Act 2011 (NSW) — primary duty of care, s.19
- Work Health and Safety Regulation 2025 (NSW) — Chapter 3 Risk Management
- Work Health and Safety Regulation 2025 (NSW) — Part 7.1 Hazardous Chemicals (register, SDS, labelling, storage)
- Work Health and Safety Regulation 2025 (NSW) — Part 7.1 health monitoring provisions; Schedule 14 lists isocyanates
- Work Health and Safety Regulation 2025 (NSW) — s. 291 High Risk Construction Work and the SWMS duty
- Protection of the Environment Operations Act 1997 (NSW) — air emission and waste disposal duties
Frequently asked questions
Do we need a hot work permit inside our own workshop?
If welding or grinding is done near stored solvents, paint, LPG or oxy-fuel, yes — a permit system is the practical way to prove you checked the surroundings, removed or shielded flammables, and set a fire watch. It is also what an insurer will ask for after a workshop fire.
Is this SWMS specific to NSW?
Yes. It cites the Work Health and Safety Act 2011 (NSW), the Work Health and Safety Regulation 2025 (NSW) and SafeWork NSW guidance. The same document is available for every other state and territory — the legislative references are swapped for that jurisdiction.
Do I legally need a SWMS for spray painting in a workshop?
A SWMS is legally mandatory under s. 291 only for high risk construction work. Fixed-workshop spraying is generally not construction work — but you still have a duty under the WHS Regulation to document how you control a hazardous-chemical risk of this severity, and the Spray Painting and Powder Coating Code of Practice is the benchmark you will be measured against. The moment you spray on a construction site, or in a contaminated or flammable atmosphere, the SWMS becomes mandatory.
Is isocyanate health monitoring really compulsory?
Yes, where there is ongoing use of isocyanates and a significant risk of exposure. Isocyanates are listed in Schedule 14 of the WHS Regulation, which triggers the health-monitoring duty — baseline and periodic respiratory function testing and medical assessment by a registered medical practitioner. It is one of the most commonly missed obligations in Australian panel shops.
Will a cartridge respirator do instead of an air-fed hood?
Not for continuous two-pack spraying. Negative-pressure cartridge respirators are not accepted as adequate protection against isocyanate spray mist — the accepted control is an air-supplied (air-fed) respirator. Air monitoring is how you demonstrate that the RPE you have selected is actually adequate for your process.
How do I know if my booth ventilation is good enough?
Airflow should be verified against the booth specification before each shift, the LEV inspected and tested on a documented schedule under AS/NZS 4114, and the whole control set validated with personal air monitoring. A booth that passed its annual service can still fall below specification as filters load between changes.
Can I edit the document?
Yes — it is a fully editable DOCX written as a site-specific template. You complete the company, ABN, site, plant and worker sign-on fields, and adjust the tasks to match your actual process before use.
Who wrote it?
It is authored by an occupational hygiene team led by a Certified Occupational Hygienist (CIH), which is why the exposure, ventilation and monitoring content goes considerably further than a generic template.