Joinery & Cabinet Making SWMS
Workshop and on-site joinery, custom cabinetry, benchtop installation, and fit-out carpentry.
SWMS variants reference your state's WHS legislation. Instant download after payment.
This SWMS covers workshop-based and on-site joinery and cabinet-making work — machining, assembly, finishing, and installation of custom cabinetry, wardrobes, vanities, benchtops, architectural joinery, and fitted furniture. It is written for joinery shops performing production machining and custom fabrication, for cabinet-making installation crews working in occupied or under-construction residential and commercial premises, and for apprentices operating under direct supervision per their state's training contract. The scope covers the full workflow: timber receipt and storage, machining (panel saw, spindle moulder, router, edgebander, CNC router, drum sander), hand-tool assembly, finishing (lacquer, stain, adhesives), and on-site install.
Joinery and cabinet-making is not classed as High Risk Construction Work under Schedule 1 of the WHS Regulation 2025 (NSW), and this SWMS is therefore authored without an HRCW breakdown. However, several of the work's hazards are controlled by dedicated regulation outside the HRCW framework: respirable wood dust is a scheduled hazardous chemical under r. 328-364 with a Workplace Exposure Standard of 1 mg/m3 (soft wood) and 5 mg/m3 (hard wood); isocyanate-based finishes are controlled under the Hazardous Chemicals provisions; and noise regularly exceeds the 85 dB(A) LAeq,8h exposure standard in r. 57. Under s. 19 of the WHS Act, a PCBU must manage these risks so far as is reasonably practicable whether or not the work is HRCW. This document is CIH-authored against the current regulatory baseline.
Hazards identified
10 hazards covered, sorted by priority.
Severe laceration or amputation injury to fingers, hands, and forearms; spindle moulder incidents in particular have the highest severity rate of any wood-machining mechanism.
Workpiece ejected at high velocity striking the operator in the torso, abdomen, or face; penetrating injury and blunt trauma.
Nasal cancer (Group 1 IARC carcinogen for wood dust), occupational asthma, and reduced lung function. Chronic exposure is the dominant long-latency disease burden in the joinery trade.
Occupational asthma and permanent respiratory sensitisation; once sensitised, any future exposure triggers severe response. Isocyanates are the leading cause of occupational asthma in Australia.
Eye, nose, and throat irritation; respiratory sensitisation; IARC Group 1 carcinogen for nasopharyngeal cancer at occupational levels.
Permanent noise-induced hearing loss for workshop operators across their career; peak levels on compressed-air blow-down regularly exceed 130 dB(C) peak.
Hand-arm vibration syndrome (HAVS) and carpal tunnel syndrome; reversible in early stages but permanent if exposure is not managed.
Deflagration or flash fire from spray finishing operations where ignition sources (electrical equipment, static discharge) are not excluded; severe burns.
Lower-back MSD and shoulder injury from lifting and manoeuvring full sheets without mechanical aids; a cumulative injury burden across an apprentice's career.
Sprains, fractures, and head injury from falls in workshop environments where housekeeping is not maintained.
Control measures
Hierarchy-of-controls order: elimination → substitution → isolation → engineering → administrative → PPE.
- 1Machinery guarding per AS 4024 (Safety of machinery) with interlocked guards on panel saws, spindle moulders, routers, and CNC heads; riving knife and crown guard on circular saws; anti-kickback fingers and Shaw guard on spindle moulders.
- 2Operator competency: every worker using wood-machining plant holds nationally recognised training (MSFFL3004 or equivalent for the specific machine class) and has been assessed on the workshop's machines. Apprentices operate only under direct supervision per the training contract.
- 3Dust extraction at source with LEV (local exhaust ventilation) on every machining point, ducted to a filter unit rated for wood dust; airflow measured at commissioning and monthly, air test and inspection recorded. WES for wood dust — 1 mg/m3 soft wood, 5 mg/m3 hard wood (8-hour TWA) — monitored per the Code of Practice: Welding Processes and Code of Practice: Managing Risks of Hazardous Chemicals in the Workplace.
- 4Finishing room design: spray booth to AS 4114 with forced extraction, filters inspected and replaced on schedule, all electrical equipment in the spray zone intrinsically safe or excluded; earthing of spray equipment to prevent static ignition; no ignition sources within the booth or in the airflow path.
- 5Respiratory protection hierarchy: P2 respirator for routine dust exposure; full-face or half-face reusable respirator with P3 filter for heavy sanding; supplied-air respirator for any isocyanate-based finishing work. RPE fit-testing per AS/NZS 1715:2009 at induction and annually; clean-shaven policy for tight-fitting RPE users.
- 6Isocyanate management: every two-pack polyurethane product reviewed against SDS at induction; sensitised workers removed from exposure; health surveillance per r. 368-379 for confirmed sensitisers; pre-employment and annual respiratory function test for workers with routine isocyanate contact.
- 7Noise conservation: A-weighted noise survey of the workshop at commissioning and whenever new plant arrives; hearing protection (Class 4/5) mandatory in designated zones; compressed-air blow-down replaced with lower-noise alternatives (vacuum) wherever feasible; peak-limited blow guns fitted where compressed air is retained.
- 8Vibration management: vibration exposure assessed per AS 2763 for sanders and routers; tool rotation to limit continuous use; anti-vibration gloves where exposure exceeds the action value; worker reporting of tingling or numbness.
- 9Manual handling controls: lifting trolleys, vacuum lifters, and panel lifts used for sheets 1800x900 and larger; two-person lift for any sheet >20 kg; adjustable-height roller stands at machines so workers don't lift sheets above shoulder.
- 10Housekeeping regime: off-cuts cleared to dedicated bin at each operation; floors swept or vacuumed (never compressed-air blown — aerosolises dust) at end of shift; spill kit for adhesives and solvents at finishing station.
- 11Fire management: combustibles separated from ignition sources; finishing rags stored in self-closing metal bins; solvent quantities at workstation minimised; flammable-liquids cabinet to AS 1940 for bulk storage; extinguishers (CO2 and dry chem) at spray booth and adjacent to machinery.
- 12PPE baseline: hearing protection, safety eyewear to AS/NZS 1337.1 (face shield for dust-generating operations), safety footwear to AS/NZS 2210.3, and long sleeves fitted close to the arm (no loose clothing near rotating machinery).
- 13Daily pre-start: machine inspection checklist (guards in place, dust extraction running, emergency stop functional); toolbox talk focused on the day's scope; any near-miss from the previous day discussed and actioned.
Applicable Codes of Practice
Governs the management of wood dust, formaldehyde, isocyanates, and solvent exposures throughout joinery and finishing work.
Applies to workshop noise exposure routinely exceeding the 85 dB(A) action level on wood-machining plant.
Governs the design of lifting, carrying, and posture tasks for panel handling, assembly, and on-site installation.
Applies directly to the finishing room, spray booth ventilation, and isocyanate-based lacquer controls.
Technical standard for machine guarding, interlocks, and emergency-stop on wood-machining plant.
Design and ventilation specification for finishing rooms used for lacquer and polyurethane finishes.
Who this is for
- →Joinery shops performing production machining and custom fabrication of cabinetry and architectural joinery.
- →Cabinet-making installation crews delivering and installing finished product in residential and commercial premises.
- →Apprentices operating wood-machining plant under direct supervision per the state training contract.
- →Self-employed joiners operating as a PCBU who require a documented SWMS for workshop and on-site activities.
- →Site supervisors and WHS leads reviewing joinery subcontractor documentation during pre-start.
What you receive
- ✓Editable Microsoft Word document (.docx) with joinery-specific hazard fields and workshop/site split.
- ✓Title page with PCBU name, ABN, workshop address, Principal Contractor (for on-site work), and revision date fields.
- ✓Hazard register with the 10 hazards listed above — each with consequence, inherent risk, controls, and residual risk on a 5x5 matrix.
- ✓Machine-specific pre-start inspection templates for panel saw, spindle moulder, router, edgebander, and CNC.
- ✓RPE fit-test record template aligned with AS/NZS 1715:2009.
- ✓Consultation record for capturing 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 custom joinery shop in Marrickville, NSW operates five permanent staff plus one apprentice. Scope for the week is machining 38 kitchen cabinet carcasses from 18 mm melamine-faced chipboard (MDF door fronts), assembly, and on-site installation in a commercial office fit-out in Surry Hills. Before the week starts this SWMS is reviewed and updated for the specific product set. Machining happens Monday-Wednesday: panel saw, edgebander, CNC router — dust extraction confirmed operating before start, noise levels measured at 88 dB(A) at the panel saw so Class 4 hearing protection is mandatory, apprentice supervised by a leading hand throughout. Finishing happens Thursday in the spray booth with water-based lacquer — no isocyanate exposure this job, P2 respirator adequate. Friday install in Surry Hills — on-site hazards include lifting cabinets to overhead position, cordless tool use, coordination with an electrician running final circuits — the SWMS is handed to the PC on arrival, all three installers sign the acknowledgement, work proceeds.
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) — r. 50 (airborne contaminants), r. 57 (noise exposure standard), r. 213-215 (plant), r. 328-364 (hazardous chemicals), r. 368-379 (health surveillance).
- Hazardous Chemicals Register obligations under r. 346 for MDF (formaldehyde), two-pack lacquers (isocyanates), and solvents.
- Building Code of Australia — National Construction Code where installed joinery affects fire separation, sound insulation, or accessibility.
- Fair Trading Act 1987 (NSW) where joinery is supplied as part of a residential building contract.
- Environmental Planning and Assessment Act 1979 (NSW) for on-site installation within regulated building work.
Frequently asked questions
Why isn't joinery classed as HRCW if we use powered tools every day?
HRCW Category 13 (powered mobile plant) applies to mobile plant — excavators, forklifts, EWPs. Fixed wood-machining plant is regulated as 'plant' under r. 213-215 of the WHS Regulation 2025 but does not trigger an HRCW category. Powered hand-tools used in construction work do engage Category 13 on a construction site, but workshop joinery is not 'construction work' as defined in r. 289 — it's fabrication. Hazards are managed under the general plant and hazardous chemicals provisions rather than the HRCW SWMS regime. This SWMS is voluntary in regulatory terms but essential in practice.
Do we need health surveillance for isocyanate-based lacquer users?
Yes. Isocyanates are listed in Schedule 14 of the WHS Regulation 2025 as a hazardous chemical requiring health monitoring under r. 368. Every worker with routine exposure must have pre-employment respiratory function testing and annual health monitoring by a registered medical practitioner. Records are kept for 30 years and provided to the worker on leaving employment.
What is the Workplace Exposure Standard for MDF dust?
MDF is composed of wood fibres bonded with urea-formaldehyde resin. Two exposure standards apply: wood dust at 1 mg/m3 (soft wood) or 5 mg/m3 (hard wood) as an 8-hour TWA, and formaldehyde at 1 ppm (TWA) / 2 ppm (STEL). MDF is generally treated as a hard wood for the dust standard, but the formaldehyde release on heating (for example when CNC routing) needs separate monitoring. If your workshop does heavy MDF volumes, commission an air monitoring survey to confirm you're below both limits.
Can this SWMS be used for solid-surface benchtop fabrication (e.g. Corian, acrylic resin)?
Yes for the machining side — the core hazards (dust, rotating tools, finishing solvents) carry across. Note that engineered stone benchtop fabrication is a different regulatory regime — since 1 July 2024 engineered stone has been banned in Australia under a coordinated national prohibition. If you fabricate natural stone or porcelain benchtops, you need the Engineered-Stone-Free variant that covers the continuing silica hazard (the Kitchen Installation SWMS addresses on-site cutting of these products).
Do I need a separate SWMS for on-site installation versus workshop machining?
Not necessarily. This document covers both. Workshop activities are clearly separated from on-site activities in the controls section. On a large commercial install under a Principal Contractor, a site-specific version of the SWMS (incorporating the PC's site rules) is often prepared; for residential installs, this document is typically sufficient with minor on-site amendments recorded in the revision log.
Document details
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