What type of first aid kit is required in manufacturing environments?
Short Answer: Manufacturing is treated as high-risk work under the Safe Work Australia Model Code of Practice: First Aid in the Workplace, which names power presses and lathes among its examples of hazardous machinery. A plant needs workplace first aid kits built to AS 2675-1983 and topped up with modules matched to its hazards, most often burns and eye modules. Where machinery can cause deep wounds or amputations, severe bleeding control belongs in the kit as well. Kits should sit close to the production lines rather than in the front office, with one first aider for every 25 workers as the Code's suggested starting point.
The right setup depends on what your machines can do to a person and how the floor is laid out, so you also need to consider the following:
• What machinery-related injuries should be anticipated?
• Are trauma modules mandatory in high-risk factories?
• How many kits are needed across large production floors?
• How can plant managers maintain audit readiness?
What machinery-related injuries should be anticipated?
Start with the machines themselves, because the injuries they cause follow the way they move. Rotating shafts and rollers cause entanglement and crush injuries, while saws and press tools can cause deep lacerations or take off fingers when guarding is bypassed. Safe Work Australia's 2025 national statistics place manufacturing among the six industries that together account for most serious workers compensation claims, with being hit by moving objects one of the leading injury mechanisms.
Day-to-day presentations are usually less dramatic. Cuts from sheet metal and metal fragments in the eye from grinding make up much of the routine work of a factory first aider. Plants with welding bays or hot process lines add burns to that list, and chemical handling brings splash injuries to the eyes and skin.
Each of those injuries points to a specific item in the kit. Eye injuries call for sterile eye pads and saline, and the Code recommends eye wash equipment wherever hazardous chemicals could injure the eyes, with emergency showers where chemicals could be absorbed through the skin or serious burns could cover a large area of the body. Burns need hydrogel dressings, and lacerations need far more large wound dressings than an office kit holds. Eye protection rated to AS/NZS 1337 prevents many eye injuries in the first place, but the kit has to cover the ones that still happen.
Are trauma modules mandatory in high-risk factories?
No regulation names a trauma module as compulsory. The Model Code's recommended contents are built around a standard kit, and its own worked example for an office and manufacturing operation adds burns and eye modules. Anything further is left to the first aid risk assessment. That assessment is where the obligation comes from. If a press or saw on your floor could cause a life-threatening bleed, Regulation 42 requires first aid equipment suited to that hazard, and a kit holding only adhesive dressings and small pads does not meet it.
In practice, a factory trauma module holds large trauma dressings and heavy-duty crepe bandages for firm pressure, along with resealable bags and gauze for an amputated part. Australian and New Zealand resuscitation guidelines support a commercially manufactured windlass tourniquet for life-threatening limb bleeding that direct pressure cannot control, applied by someone trained in its use, with the time of application noted and passed on to paramedics.
An amputated part should be wrapped in moist sterile gauze and sealed in a plastic bag, which then sits in a container of iced water rather than directly on ice. An amputation is also a notifiable serious injury under WHS law, so the regulator must be told immediately and the site preserved, which is one more reason to have the response planned before it is ever needed.
How many kits are needed across large production floors?
The Model Code doesn't set a fixed number. It says large workplaces may need first aid in more than one location and that kits should sit close to areas with a higher risk of injury, while multi-level buildings should have at least one kit on every second floor. For a production floor the practical test is time. A worker with a deep laceration should not have to walk past three production lines to reach a kit, so each line or bay with significant machinery deserves its own.
Areas with distinct hazards need their own kits too. A chemical store needs eye wash and burns supplies right beside it, and a maintenance workshop needs a kit for the trades working there. Forklift traffic on the dispatch dock is a further reason to keep a kit at that end of the building.
Kits and first aiders work as a pair. The Code suggests one first aider for every 25 workers in a high-risk workplace, and a plant running around the clock needs that ratio on every shift, including nights and weekends when the floor is lightly staffed. First aiders should hold HLTAID011 Provide First Aid, renewed every three years, with CPR refreshed annually. The Code also describes an AED as a useful addition where there is a risk of electrocution, which covers many plants with high-voltage equipment, and South Australian sites should check whether the AED (Public Access) Act 2022 applies to their premises.
How can plant managers maintain audit readiness?
A WHS inspector may visit after a complaint or an incident, and major customers increasingly audit their suppliers against ISO 45001. Both look for the same evidence, and it starts with a written first aid risk assessment explaining why each kit sits where it does and what it contains.
Behind the assessment sit the inspection records. The Code recommends checking each kit after every use, or at least every 12 months if unused, against an inventory signed and dated at each check, although a busy production floor will need checks far more often than that. A current first aider register with qualification expiry dates and a log of first aid treatment complete the picture. Western Australia's first aid code, updated in November 2024, sets the same expectations for plants in that state.
The quickest way to fail an audit is a kit that looks full but isn't. Burns gel and eye wash run out fast in a factory, and a kit opened during a night shift can stay depleted for days if nobody owns the restock.
Furthermore, a special duty is placed on the PCBU to ensure that all first aid kits are routinely inspected and maintained, and on a production floor with a dozen kits that is a recurring job rather than an annual one. SURVIVALSWAP replaces used and expiring items on a managed schedule and records each restock, which gives plant managers an inspection trail ready for the next audit.
Related Question
Does a manufacturing plant need a first aid room?
Larger plants usually do. The Model Code recommends a first aid room in high-risk workplaces with 100 or more workers, and in any workplace where a risk assessment shows first aid would be hard to give without one. The room should hold a kit suited to the plant along with an examination couch with a waterproof surface, and it should be close to a sink with hot and cold water. The Code suggests around 14 square metres of floor space and a door at least one metre wide so a stretcher can get through. Location matters as much as fit-out. A first aid room tucked behind the administration block may look tidy on a site plan, but one near the production floor with easy access for an ambulance will be far more useful when it counts.
Conclusion
A manufacturing plant's first aid setup should be built from its machinery outward, with kits placed beside the hazards and stocked for the injuries those hazards actually cause. SURVIVAL supplies Australian workplace first aid kits built to AS 2675-1983, along with burns modules and the other accessories a production floor needs. If your kits were placed when the plant opened and the lines have moved since, a walk of the floor with your risk assessment in hand is the place to start.