Printing Press Operation SWMS
Offset, flexographic, and digital press operation — roll-change, web-lacing, wash-up, nip-point hazards, ink/solvent handling, UV ink curing. Covers nip-point guarding, two-hand controls, LOTO for wash-up, and isopropanol fountain-solution exposure.
SWMS variants reference your state's WHS legislation. Instant download after payment.
This SWMS covers operation of commercial printing presses in Australian print houses and in-plant print rooms — sheet-fed and web-fed offset lithographic presses, flexographic presses, and digital production presses. The scope includes roll change and web-up on heatset and coldset webs, plate and blanket change, blanket wash-up and roller wash, automatic and manual ink-duct loading, fountain-solution preparation and dosing, delivery and folder operation, UV-cure inspection, and routine operator intervention during makeready and production. It is written for qualified press operators, second and third hands, makeready crews, maintenance fitters, apprentices under direct supervision, and print-room supervisors overseeing multiple press lines. Every activity in this document has been authored against the Managing Risks of Plant in the Workplace Code of Practice, the Managing Risks of Hazardous Chemicals Code of Practice, AS/NZS 4024 Safety of Machinery, and AS/NZS 1200 Pressure Equipment provisions for heatset dryers.
Commercial printing remains the single most heavily prosecuted plant-operation sector in WorkSafe Victoria's injury-hotspot reporting. In-running nip points between ink rollers, impression cylinders, and blanket rollers cause the majority of amputation incidents; crush injuries between cylinders during makeready and wash-up account for most of the remainder. Wash-up chemistry introduces a second regulatory tier under Part 7.1 of the WHS Regulation 2025 — isopropanol fountain solution, blanket-wash solvents, and UV-ink photoinitiators all carry Workplace Exposure Standard obligations and may trigger flammable-atmosphere classification near the fountain and delivery. UV curing stations introduce UV-C ocular and skin hazards plus ozone generation that requires dedicated extraction. This SWMS treats nip-point guarding, energy isolation during wash-up, chemistry control, and UV/ozone extraction as the four co-equal pillars of safe press operation.
Hazards identified
12 hazards covered, sorted by priority.
Full-thickness finger or hand amputation from contact with a closing nip running at 8-15 m/s; the primary mechanism behind most Australian offset-press amputation cases.
Hand and forearm crush when operators reach into cylinder gaps to clean blankets, set paper, or free jams without press isolation.
Catastrophic entanglement of clothing or hair in folder belts running between 6-20 m/s during cross-cut, folding, and delivery stages.
Chronic solvent syndrome, dermatitis, and central nervous system effects from daily exposure to blanket-wash, roller wash, and fountain-solution isopropanol vapour.
Photokeratitis and erythema from unshielded UV-C lamps during inspection or lamp change; chronic exposure elevates skin cancer risk.
Respiratory irritation and lung-function decline from ozone produced by UV-C lamps where dedicated extraction is absent or inadequate.
Thermal burns from 150-200°C dryer surfaces and potential thermal oil release from dryer heating circuits classified under AS/NZS 1200.
Permanent hearing loss; commercial presses in enclosed halls routinely record 88-95 dB(A) at operator stations.
Back, shoulder, and forearm injury when handling 500-1200 kg paper rolls, pallets of stock, and 25 kg ink pails without mechanical aids.
Fall against the running press or into a nip point; housekeeping slips are the most frequent mechanism behind non-fatal press injuries.
Allergic contact dermatitis from acrylate monomers in UV ink formulations, with potential for respiratory sensitisation at higher exposures.
Flash fire from ignition of isopropanol or blanket-wash vapours by static, hot surface, or electrical arc near the fountain and in the wash-up area.
Control measures
Hierarchy-of-controls order: elimination → substitution → isolation → engineering → administrative → PPE.
- 1Engineering control — every in-running nip point is guarded with a fixed or interlocked guard compliant with AS/NZS 4024.1501 safety-circuit Category 3 minimum. Interlocked guards open only at creep speed and lock when main motor is above creep.
- 2Two-hand start control for plate and blanket change on presses where an interlocked guard alone does not provide adequate separation. Two-hand controls comply with AS/NZS 4024.1601 and are positioned so both operator hands are clear of the nip.
- 3Emergency stop pull-cords at every printing unit and delivery station. Pull-cords are tested at the start of every shift and stop the press within 0.5 revolutions as required by AS/NZS 4024.
- 4Lock-out tag-out applied at the main electrical isolator during every blanket wash-up involving manual cleaning, every plate change, and every maintenance intervention beyond normal production. LOTO procedure aligned to AS/NZS 4836 with personal padlocks and documented restart authority.
- 5Jog-only operation permitted for plate alignment and short-duration cylinder positioning; jog function is speed-limited to 0.3 m/s and requires constant-pressure button with automatic return to off.
- 6Engineering control — low-VOC vegetable-based or water-miscible wash-up solvents substituted in place of aromatic hydrocarbon blends wherever print-quality specifications permit. Substitution reduces both flammable-atmosphere and solvent-exposure risk.
- 7LEV extraction at the ink fountain, at the delivery, and at UV-cure stations. Fountain-solution isopropanol monitoring quarterly; WES for isopropanol is 400 ppm 8-hour TWA, 500 ppm STEL.
- 8UV lamp housing is interlocked such that opening the housing isolates lamp power and triggers a cool-down cycle before access. Ozone extraction is ducted from directly above the UV lamp with capture velocity not less than 0.5 m/s at the hood face.
- 9Heatset dryer housing is guarded to prevent contact with surfaces above 60°C. Dryer heating circuits and pressure vessels are registered, inspected, and certified under AS/NZS 1200 where required.
- 10Noise control — engineering controls (dryer enclosures, compressor silencers, delivery-stacker damping) as first line; hearing protection Class 4 or 5 (per AS/NZS 1269.3) for operators above 85 dB(A). Audiometric testing per AS/NZS 1269.4 at 12-month intervals.
- 11Paper-roll handling — dedicated roll-handling truck or automated roll-handling system for every roll above 150 kg. Manual roll-push on a smooth floor is restricted to rolls under 150 kg and limited to a 5 metre push distance.
- 12Housekeeping — ink-spill and fountain-solution spill absorbed immediately with oil-absorbent granules; waste paper removed from the press area to a designated skip every 2 hours during production. Compressed air cleaning of press surfaces is prohibited.
- 13Ink and wash-up chemical register maintained with current SDS for every substance on the press and in the stores. Flammable-liquid storage per AS 1940 with day quantity at the press limited to 25 L.
- 14Training and competency — press operators hold documented competency for the specific press line, including an annual refresher on nip-point guarding, emergency stop, LOTO, and wash-up procedure. Apprentices under direct line-of-sight supervision until signed off.
- 15PPE baseline — close-fitting cotton or FR-rated workwear, chemical-resistant nitrile gloves during ink-duct and wash-up work (removed before approaching the running press to avoid nip snag), safety eyewear, Class 4 or 5 hearing protection, and safety footwear with oil-resistant soles.
- 16Daily pre-start inspection — nip guards in place, interlock function verified by deliberate test-open, E-stop pull-cord test, UV lamp housing interlock test, fountain-dosing system check, SDS availability, and housekeeping of the 1 metre corridor around the press.
Applicable Codes of Practice
Core binding guidance for guarding, isolation, maintenance, and competent operation of printing presses and associated finishing plant.
Governs inks, solvents, fountain solution, UV monomers, and flammable-liquid storage in the press room.
Governs the 85 dB(A) exposure standard and engineering controls and audiometric testing for press operators.
Applies to paper-roll handling, ink-pail handling, and repetitive makeready tasks.
Technical standard for guarding, safety-related control systems, two-hand controls, and interlock categories.
Applies to heatset-dryer pressure vessels and associated thermal-oil heating circuits where registered plant is present.
Lighting levels for press operation, makeready, and inspection of colour-critical work.
Who this is for
- →Sheet-fed offset, web offset, flexographic, and digital-production press operators.
- →Second and third hands, makeready staff, and delivery attendants supporting the press crew.
- →Maintenance fitters and electricians performing plate-cylinder, blanket, and UV-lamp maintenance.
- →Apprentices in print-media production working under direct supervision on the press floor.
- →Print-room supervisors and WHS leads responsible for plant registration, noise assessment, and chemical register.
What you receive
- ✓Editable Microsoft Word (.docx) document delivered within 24 hours of payment.
- ✓Title page with print-room name, ABN, press-line identifier, plant serial number, and revision date fields.
- ✓Signed approval block for print-room owner, press-room supervisor, and nominated maintenance lead.
- ✓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 CoP and AS/NZS 4024.
- ✓Blanket wash-up lock-out tag-out procedure template aligned to AS/NZS 4836 with step-by-step restart authority.
- ✓Daily pre-start inspection checklist covering nip guarding, E-stops, UV interlocks, and LEV performance.
- ✓Chemical register template with fountain, wash-up, and ink SDS fields and a flammable-liquid day-quantity log.
- ✓Legislation schedule pre-populated for NSW with variance table for VIC, QLD, SA, WA, TAS, NT, ACT.
- ✓Noise assessment and audiometry record templates, emergency-stop test log, and incident/near-miss report form.
Worked example
A commercial sheet-fed offset press in Alexandria is scheduled for an early-morning roll change from 1.2 metre web down to 0.9 metre web for a magazine cover run. The incoming operator and the second hand perform a documented LOTO at the main electrical isolator before removing the old roll, applying personal padlocks and recording the isolation on the permit. A two-hand nip-close is used to bring the new web into register; the jog-speed selector is limited to 0.3 m/s during web-up. After web-up the LOTO is removed by each worker in turn, and the press is walked for a 30-second test run at creep speed with the wash-up blades parked. The first production impressions are pulled and colour-checked under 5000 K inspection lighting. Mid-shift a blanket wash-up is triggered; the operator re-applies LOTO at the isolator, manually cleans the blanket with low-VOC wash-up solvent, and restarts only after the supervisor has verified the guarding and removed the wash-up permit. Quarterly personal air-monitoring recorded isopropanol fountain exposure at 62 ppm against the WES of 400 ppm; the operator wears Class 4 muffs because noise at the folder delivery measures 91 dB(A). A near-miss log entry is created when the E-stop pull-cord activates unexpectedly during the shift, and the cord-tension adjustment is scheduled with the maintenance fitter for that afternoon.
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); Part 7.1 Hazardous Chemicals (ss.328-378); r. 55A-55D psychosocial hazards.
- Dangerous Goods Act 1975 (NSW) — flammable wash-up and solvent storage.
- Environmental Protection Act 1970 (Vic) and POEO Act 1997 (NSW) — VOC emissions and wastewater discharge from print-room operations.
- AS/NZS 4836 Safe working on or near low-voltage electrical installations and equipment — energy isolation procedures.
- AS/NZS 1269 series Occupational noise management — noise assessment and audiometry obligations.
Frequently asked questions
Does this SWMS apply to digital production presses as well as offset and flexo?
Yes. The hazard register and controls apply across offset, flexo, and digital production presses because the dominant hazards — in-running nips, entanglement, LOTO during wash-up, solvent exposure, and noise — appear across all three technologies. Digital-press-specific additions include toner cartridge handling and fuser burns, both covered in the hazard register.
Is a SWMS legally required for press operation outside construction sites?
A SWMS is only mandated for High-Risk Construction Work under WHS Regulation Schedule 1. Commercial printing in a print house is not construction work and does not meet that definition. However, the PCBU duty under Section 19 of the WHS Act and the plant-specific and chemical-specific obligations in WHS Regulation Parts 4.5 and 7.1 still require documented safe work procedures. Most print-industry ISO 45001 and customer-audit regimes expect a SWMS-equivalent document, and this template meets that expectation.
What wash-up solvents are preferred under a modern SWMS?
Low-VOC vegetable-based or water-miscible wash-up solvents are preferred because they reduce both the flammable-atmosphere classification in the wash-up zone and the operator solvent-inhalation exposure. Traditional aromatic-hydrocarbon blends remain in use for some specialty papers and inks; where retained they should be kept to day-quantities below 25 L at the press and stored in an AS 1940 cabinet overnight.
How do I manage UV lamp exposure during inspection?
UV lamp housings are interlocked to de-energise the lamp when opened and to initiate a cool-down cycle before access. Inspection through the sealed viewing port only. Where direct inspection is required for makeready, UV-rated safety eyewear and long-sleeve PPE are mandatory and exposure is limited to short-duration tasks. Ozone extraction above the lamp must be verified operational before any extended work near the curing station.
Does the SWMS cover heatset dryer pressure-equipment obligations?
Yes, the SWMS references AS/NZS 1200 for heatset dryer thermal-oil circuits and associated pressure vessels. Where the dryer circuit meets the registered-plant threshold under state plant regulations, separate plant registration and in-service inspection programmes apply; the SWMS points to these obligations and to the Codes of Practice governing the PCBU's duties for registered plant.
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.