Table Saw / Bench Saw SWMS
Fixed circular saw operation — rip, cross-cut, mitre, blade change, kickback, hand-proximity, wood-dust extraction. Covers riving knife, blade guard, anti-kickback pawls, push stick ≤300mm hand distance, and LOTO for blade change.
SWMS variants reference your state's WHS legislation. Instant download after payment.
This SWMS covers the operation of fixed circular saws in Australian timber, joinery, and cabinet-making workshops — table saws, bench saws, and panel saws used for ripping, cross-cutting, mitre cutting, and dimensioning sheet goods. It is written for qualified cabinet-makers, furniture-makers, second-fix carpenters, shop-fitters, apprentice joiners under direct supervision, and maintenance staff changing blades, tensioning drive belts, or clearing dust extraction. Every activity in this document has been authored against the Managing Risks of Plant in the Workplace Code of Practice, AS/NZS 4024 (Safety of Machinery), and AS 1654 guidance for woodworking equipment.
Table saws are the single most frequently cited plant item in Australian amputation prosecutions. Unguarded blades, missing riving knives, kickback of pinched or twisted stock, and poorly designed fences have all generated WorkSafe Victoria and SafeWork NSW enforcement action in the last three years. While fixed-plant woodworking is not categorised as High-Risk Construction Work under Schedule 1 of the WHS Regulation 2025, the PCBU duty under Section 19 of the WHS Act and the plant-specific obligations in Part 4.5 of the Regulation still require a documented safe operating procedure. Wood dust from ripping hardwood is an IARC Group 1 carcinogen and is regulated under Part 7.1 Hazardous Chemicals; the current Workplace Exposure Standard for hardwood dust is 1 mg/m³ (8-hour TWA) and for softwood dust 5 mg/m³, with a single combined Workplace Exposure Limit of 2 mg/m³ taking effect on 1 December 2026. This document treats blade control and dust control as co-equal priorities because both can shorten a career.
Hazards identified
12 hazards covered, sorted by priority.
Full-thickness amputation of fingers or partial hand from contact with a 250-400 mm circular blade spinning at 3000-5000 rpm; the leading cause of woodworking-machine injury claims nationally.
Workpiece or offcut ejected at 50-100 km/h toward the operator causing abdominal and facial trauma, or hand dragged across the blade as the timber is snatched rearward.
Struck-by injuries to the operator or nearby workers from small offcuts trapped between blade and fence, splintered knots, or fractured knots launching from the blade.
Occupational asthma, chronic bronchitis, and sinonasal cancer from chronic exposure to wood dust; hardwood dust is an IARC Group 1 carcinogen.
Catastrophic hand injury or degloving when loose sleeve cuffs, jewellery, or gloves are caught by the ascending tooth and dragged across the blade.
Permanent sensorineural hearing loss and tinnitus from chronic exposure; table saws in enclosed workshops routinely exceed 95 dB(A) under load.
Fatal or serious electric shock, especially at portable table saws with 15 A three-pin plugs trailed across damp concrete slabs.
Deep hand and forearm lacerations from the tooth edge during blade change when the saw is not isolated or when the blade spanner slips off the arbor nut.
Back, shoulder, and forearm injury when a single operator lifts or feeds 3.6 m boards or 2400x1200 mm MDF sheets without infeed or outfeed support.
Workshop fire or dust deflagration from sparks generated by a dulled blade, particularly when fine MDF or hardwood dust has accumulated in the cabinet.
Fall toward or onto the running blade; a slip at the point of cut is the mechanism behind several recent amputation prosecutions.
Corneal abrasion, foreign-body embedding, or permanent vision loss from splinters, resin beads, or sanding-dust eddies at the blade line.
Control measures
Hierarchy-of-controls order: elimination → substitution → isolation → engineering → administrative → PPE.
- 1Eliminate where reasonably practicable: substitute dimensional timber prepared by the supplier (pre-cut length, pre-sized sheet goods, CNC nested panels) so that the table-saw operation is removed from the workflow entirely.
- 2Engineering control — riving knife must be fitted, aligned with the blade plane within 1 mm, and rise and fall with the blade. The riving knife shall be no more than 8 mm behind the rearmost tooth and no more than 2 mm thinner than the saw plate. Operating without a riving knife is prohibited under AS/NZS 4024.3610 and WHS Regulation Part 4.5.
- 3Engineering control — crown guard or top guard shall cover the blade above the table except for the portion under the workpiece, with anti-kickback pawls fitted on the trailing edge of the guard to arrest rearward motion of the stock.
- 4Engineering control — push sticks of minimum 300 mm length and push blocks shall be used whenever the hand would otherwise approach within 300 mm of the blade. A spare push stick is stored on the saw at all times; operators are trained to use the push stick as a default, not an exception.
- 5Engineering control — local exhaust ventilation shall be ducted to the blade shroud below the table and to a secondary extraction port at the guard above the table. Target capture velocity is 25 m/s at the extraction port and airflow of at least 800 m³/h at the machine. The dust extractor shall be M-class compliant for hardwood dust per EN 60335-2-69 Annex AA.
- 6Administrative — wood dust airborne monitoring every 12 months per AS 3640; respirable wood-dust Workplace Exposure Standard is hardwood 1 mg/m³ TWA, softwood 5 mg/m³ TWA. From 1 December 2026 the combined WEL is 2 mg/m³ under the new Workplace Exposure Limits framework.
- 7PPE — safety glasses to AS/NZS 1337.1, Class 5 hearing protection, close-fitting long-sleeve cotton workwear with cuffs buttoned at the wrist, and P2 disposable respirators during extended ripping of hardwoods or MDF. Gloves are prohibited at the blade; they increase entanglement risk and reduce tactile control.
- 8Lock-out tag-out for every blade change, arbor service, and dust-cabinet clearance, applied by the tradesperson performing the work per AS/NZS 4836 and the workshop's energy-isolation procedure. Isolation point is the wall-mounted isolator, not the on-board switch.
- 9The fence shall be parallel to the blade within 0.3 mm across its length. Fence inspection is a daily pre-start item. Mitre gauge is used for cross-cutting; the fence is never used as a cross-cut stop without a stop block that clears the blade before the cut enters.
- 10Featherboards are fitted for every rip of stock narrower than 75 mm. Outfeed rollers or an outfeed table are provided for all rips longer than 1200 mm. Sheet-goods cuts receive infeed support from a scissor trolley or a second operator stationed clear of the kickback zone.
- 11Blade selection matches the cut — rip blades (18-24 teeth) for ripping, combination blades (40-50 teeth) for cross-cut, triple-chip grind for MDF and laminates. Dulled or damaged blades are removed from service and tagged; running a dull blade is the leading precursor to kickback.
- 12Housekeeping — the saw and the surrounding 2 metre radius are swept at the end of every shift. Compressed air is NEVER used to clean dust accumulations because it generates an ignitable dust cloud; shop vacuum or brush only. Ducting is inspected quarterly for dust accumulation.
- 13Training and authorisation — only workers who have completed a documented table-saw competency assessment may operate the machine. Apprentices work under direct line-of-sight supervision of a qualified tradesperson until signed off. Competency re-assessment at 24-month intervals and after any incident.
- 14Daily pre-start inspection covers riving knife alignment, crown guard fit, pawl operation, fence parallel, emergency-stop function, blade condition, dust-extraction airflow, and isolator lock-out point. Any fail item tags the machine out of service until rectified.
- 15First-aid response — workshop first-aid kit includes limb-saver tourniquets and sterile amputation transport bags. All operators hold a current first-aid certificate (HLTAID011) and a site emergency number is posted at every saw.
- 16Psychosocial controls per WHS Regulation r55A-55D — production targets account for setup and safe-cutting time, fatigue breaks are scheduled during extended ripping runs, and no worker operates the saw within 30 minutes of finishing an evening shift without a break.
Applicable Codes of Practice
Core binding guidance for guarding, isolation, maintenance, and competent operation of table saws and woodworking plant.
Applies to wood dust as a hazardous airborne contaminant and carcinogen; governs exposure control, health monitoring, and the 1 December 2026 WEL transition.
Governs the 85 dB(A) exposure standard and the requirement for engineering controls and audiometric testing for regular table-saw operators.
Applies to manual handling of sheet goods, long boards, and the repetitive feed motion during extended ripping operations.
Technical standard for guarding, safety-related control systems, and risk-reduction measures cited throughout — specifically Parts 1501 (safety circuits), 1601 (two-hand controls), and 3610 (woodworking).
Historical but still-referenced standard for woodworking-machine guarding geometry and riving-knife dimensions.
Who this is for
- →Cabinet-makers, furniture-makers, and joiners operating fixed circular, bench, or panel saws in commercial workshops.
- →Shop-fitters and second-fix carpenters using a table saw on site or in a mobile workshop.
- →Apprentice joiners and wood-machinist apprentices working under direct supervision of a qualified tradesperson.
- →Maintenance staff and workshop managers responsible for blade change, arbor service, and dust-extraction maintenance.
- →WHS leads and workshop supervisors reviewing plant SWMS and operator competency records during audit.
What you receive
- ✓Editable Microsoft Word (.docx) document delivered within 24 hours of payment.
- ✓Title page with workshop name, ABN, responsible tradesperson, machine serial number, and revision date fields.
- ✓Signed approval block for workshop owner, workshop manager, and nominated table-saw supervisor.
- ✓Hazard register with the 12 hazards above, each with consequence, inherent risk, controls, and residual risk scored on a 5x5 likelihood-consequence matrix.
- ✓Hierarchy-of-control measures cross-referenced to the Managing Risks of Plant Code of Practice and AS/NZS 4024.
- ✓Blade-change lock-out tag-out procedure template aligned to AS/NZS 4836.
- ✓Daily pre-start inspection checklist and weekly maintenance log.
- ✓Operator competency and sign-off register with space for training records and re-assessment dates.
- ✓Legislation schedule pre-populated for NSW with variance table for VIC, QLD, SA, WA, TAS, NT, ACT.
- ✓Wood-dust exposure monitoring record template, emergency contacts, and amputation first-aid response procedure.
Worked example
A third-year apprentice cabinet-maker in a suburban workshop in Bayswater is rostered to rip 18 mm MDF panels for a kitchen dado on a 3 HP contractor-grade table saw. Before commencement the workshop leader confirms the riving knife is aligned, crown guard and pawls are in place, the fence is parallel to 0.2 mm, and the dust extractor is drawing 860 m³/h at the blade throat. The apprentice is fitted with safety glasses, Class 5 muffs, and a P2 respirator because MDF produces a fine inhalable dust. A push stick is already on the saw and a featherboard is clamped 150 mm in front of the blade. During the cut the apprentice uses the push stick from the 200 mm mark through to the trailing end of the board, keeping both hands outside the 300 mm no-go zone. Kickback energy is absorbed by the pawls on a short section that twists mid-cut. The cabinet leader performs the next blade change using lock-out tag-out applied at the wall isolator; the on-board switch is not used as an isolation point. Residual risk after these controls is rated Low for blade contact, Low for kickback, and Medium for dust because final extraction performance still sits above the 1 December 2026 WEL of 2 mg/m³ and respirator use is retained as an administrative control.
Related legislation
- Work Health and Safety Act 2011 (NSW) — Section 19 primary duty of care; Section 27 officer due diligence; Section 47 worker consultation.
- WHS Regulation 2025 (NSW) — Part 4.5 Plant (ss.185-209 guarding, inspection, maintenance); Part 7.1 Hazardous Chemicals (wood dust); r. 55A-55D psychosocial hazards.
- WorkSafe Victoria equivalent — OHS Regulations 2017 Part 3.5 Plant; OHS Compliance Code: Plant (2019).
- Dangerous Goods (General) Regulations by state — application to solvent-based finishes used after dimensional cutting.
- AS 3640 Workplace atmospheres — Method for sampling and gravimetric determination of inhalable dust.
- Fair Work Act 2009 — apprentice training obligations and supervision of apprentices operating high-risk plant.
Frequently asked questions
Does this SWMS cover panel saws and sliding-table saws as well as standard cabinet saws?
Yes. The hazard register, controls, and blade-change procedure apply to fixed circular saws regardless of whether the material moves under a stationary blade or the blade traverses under a stationary material. Panel-saw-specific additions for sliding-carriage travel and scoring-blade alignment are covered in the blade-change procedure section.
Is a SWMS legally required for table-saw operation in Australia?
A SWMS is only mandated for High-Risk Construction Work under WHS Regulation Schedule 1. Fixed-plant woodworking in a workshop does not meet that definition. However, the PCBU duty under Section 19 of the WHS Act and the plant-specific obligations in WHS Regulation Part 4.5 still require a documented safe operating procedure for plant that can cause serious injury. Most workshop certifications, ISO 45001 audits, and principal-contractor supply contracts expect a SWMS-equivalent document, and this template meets that expectation.
Why are gloves prohibited at the blade?
A glove fibre or cuff caught by the ascending tooth will drag the hand into the blade before the operator can react. Gloves also reduce tactile feedback and encourage a slacker grip. The correct PPE at the blade is a clean, dry hand, close-fitting sleeve, and a push stick. Gloves are acceptable for handling rough stock away from the cutting zone and for blade changes when the saw is isolated.
How do I handle the 1 December 2026 wood-dust WEL change?
The existing Workplace Exposure Standards for hardwood (1 mg/m³) and softwood (5 mg/m³) are replaced on 1 December 2026 by a combined Workplace Exposure Limit of 2 mg/m³ under the new WEL framework. Workshops currently compliant with the softwood 5 mg/m³ standard may need to upgrade extraction, add respiratory protection, or introduce additional administrative controls. Use the included dust-monitoring record to establish a pre-transition baseline.
Can I use this SWMS for a portable site-saw on a construction site?
Yes, with minor amendment. On a construction site the work may also trigger HRCW Category 2 (risk of falling material) or Category 8 (temporary supports), in which case a construction-specific SWMS covering those categories is also required. This table-saw SWMS remains valid for the saw operation itself; combine with a construction SWMS for the broader task.
Is this SWMS compliant with the 1 July 2026 Section 26A changes?
Yes. From 1 July 2026, 34 Codes of Practice become legally binding under Section 26A of the amended WHS Act. This SWMS cites the currently-approved Codes that will become binding — Managing Risks of Plant, Managing Risks of Hazardous Chemicals, Managing Noise, and Hazardous Manual Tasks. No amendment is required for the 2026 transition.
Document details
More Timber sub-task SWMS
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