If you work in Australia’s stone industry, your health may be at serious risk without the right silica, manual handling, noise, and equipment controls in place. Stone workers, stonemasons, and stone fabricators face serious occupational health hazards, including respirable crystalline silica exposure, manual handling injuries, noise, vibration, lacerations, and crush risks. Both workers and employers also have clear duties under Australian WHS law to manage these risks. This article covers those duties, the most common injuries in stone fabrication, and the support services available to you right now.
Key Takeaways
- PCBUs in the stone industry must eliminate or minimise respirable crystalline silica exposure using a written exposure control plan and the hierarchy of controls.
- Engineered stone silicosis is a rapidly progressive and potentially fatal disease, and Australia has moved to ban engineered stone products and dry cutting methods.
- Stone fabrication injuries extend beyond silica disease and include manual handling injuries, hand-arm vibration, noise-induced hearing loss, lacerations, and crush injuries.
- Health monitoring, air monitoring where required, and suitable respiratory protective equipment such as P2, P3, or powered air-purifying respirators must be used where silica exposure risks remain after higher-order controls.
- Silicosis support services, employee assistance programs, and workers’ compensation pathways are available to stone workers who need them.
WHS Duties in the Stone Industry: What the Law Requires
Australian WHS law places the primary duty of care on the person conducting a business or undertaking, commonly called the PCBU. In the stone industry, this means any business that cuts, grinds, polishes, or otherwise processes engineered or natural stone must eliminate respirable crystalline silica (RCS) exposure, or if elimination is not reasonably practicable, minimise it as far as reasonably practicable. The PCBU must also produce a written exposure control plan that documents the controls in place. This is not optional, and Safe Work Australia and state regulators actively enforce it.
Workers also carry duties under WHS legislation. You must follow safe work procedures, use the personal protective equipment your employer provides, and report hazards you identify on the job.
PCBU Silica Duties: The Core Legal Obligations
The current legal Workplace Exposure Standard (WES) for respirable crystalline silica that must not be exceeded is 0.05 mg/m³ (eight-hour time-weighted average). From 1 December 2026, this transitions to the Workplace Exposure Limits (WEL) framework. PCBUs must ensure no worker is exposed above this limit. PCBUs must conduct air monitoring wherever there is a risk of exceeding that standard. If monitoring confirms elevated exposure, the PCBU must act immediately to bring levels down through engineering controls, not just PPE.
- Use wet cutting silica methods as a primary engineering control to suppress dust at the source.
- Install local exhaust ventilation (LEV) at fixed workstations where dry tasks cannot be eliminated.
- Apply HEPA-filtered vacuum systems for cleaning rather than dry sweeping or compressed air blowdown.
- Isolate high-dust tasks from other workers through physical barriers or scheduling.
- Under the hierarchy of controls, RPE (such as fit-tested P2, P3, or PAPR respirators) can only be used as a control measure when no higher-order control (like elimination, engineering, or isolation) is reasonably practicable, or to supplement higher-order controls where a residual risk remains.
- Deliver worker training in a language each worker understands, covering silica dust exposure risks and correct control use.
- Arrange health surveillance silica programs for all workers at significant risk of silicosis or other silica-related disease.
Engineered Stone Ban Regulations
Australia became the first country to introduce a national WHS prohibition on the manufacture, supply, processing, and installation of engineered stone benchtops, panels, and slabs from 1 July 2024. On 1 July 2024, the Commonwealth and all states and territories implemented amendments to the model WHS Regulations banning the manufacture, supply, processing, and installation of engineered stone benchtops, panels, and slabs. Any permitted work with legacy engineered stone (such as removal, repair, or disposal) is subject to strict conditions. State and territory WHS regulators actively enforce this ban and require businesses to notify them before undertaking permitted legacy work.
The ban reflects the severity of engineered stone silicosis cases documented across Australia, where workers developed accelerated silicosis after just a few years of exposure to stone dust silicosis from high-silica products.
Worker Duties Under Stone Industry WHS
Workers in stone industry WHS settings share responsibility for their own safety and the safety of others nearby. Your obligations include using all controls your employer provides, attending health surveillance appointments, and raising concerns about unsafe conditions through your workplace’s WHS consultation process.
- Wear and maintain any provided Respiratory Protective Equipment (RPE) correctly, ensuring you have passed a quantitative or qualitative fit test for that specific make and model.
- Attend all scheduled health surveillance appointments without delay.
- Report damaged LEV equipment or missing wet-cutting water supplies immediately to your supervisor.
- Participate in WHS consultation meetings and raise concerns about silica dust control gaps.
Moving from legal duties to the physical hazards on the job, it helps to understand the full range of injuries that stone fabrication work actually produces.
Common Injuries in Stone Fabrication Work
Stone fabrication injuries cover a wider range than most people outside the trade realise. Silica-related lung disease gets the most attention, and rightly so, but stonemason injuries also include acute physical trauma, cumulative musculoskeletal damage, and hearing loss that builds slowly over years. Each injury type has a distinct mechanism and a specific set of controls that reduce risk. The table below summarises the main injury categories, how they occur, and the primary controls that address them.
| Injury Type | How It Occurs in Stone Work | Primary Controls |
|---|---|---|
| Silicosis / Silica-Related Lung Disease | Inhalation of RCS during cutting, grinding, sanding, or polishing stone | Wet cutting, LEV, P100 respirator, health surveillance, air monitoring |
| Lacerations and Cuts | Contact with angle grinders, saw blades, sharp stone edges, or broken slabs | Cut-resistant gloves, blade guards, tool inspection, safe handling procedures |
| Crush Injuries | Heavy stone slabs falling or shifting during lifting, transport, or installation | Mechanical lifting aids, slab trolleys, team lifts, secure storage racks |
| Manual Handling / Musculoskeletal Injuries | Repetitive bending, awkward postures, and heavy slab handling without mechanical assistance | Mechanical aids, job rotation, ergonomic workstation design, manual handling training |
| Hand-Arm Vibration | Prolonged use of angle grinders, polishers, and other vibrating hand tools | Anti-vibration tools, exposure time limits, health surveillance, tool maintenance |
| Noise-Induced Hearing Loss | Sustained exposure to grinding, cutting, and fabrication noise above 85 dB(A) | Engineering noise controls, hearing protection, audiometric testing, noise monitoring |
Lacerations and Crush Injuries
Stone slabs are heavy, brittle, and have sharp edges. A single granite or quartzite slab can weigh over 200 kg, and when one shifts unexpectedly during a lift or installation, the result can be a crush injury to hands, feet, or lower limbs. Lacerations from angle grinders and saw blades are also frequent in stone fabrication, particularly when blade guards are removed or bypassed for convenience.
- Always use mechanical lifting aids such as vacuum lifters and slab trolleys for large stone pieces.
- Inspect blade guards before every shift and never operate a grinder without them fitted.
- Wear cut-resistant gloves rated for the tools you use, and replace them when they show wear.
- Store slabs in purpose-built A-frame racks secured against tipping.
Manual Handling Injuries in Stone Trades
Manual handling injuries trades workers sustain in stone fabrication tend to accumulate over time rather than appearing as a single dramatic event. Repetitive bending to cut at floor level, awkward overhead reaches during installation, and carrying stone pieces without mechanical assistance all load the lower back, shoulders, and knees in ways that add up across a career.
- Adjust workbench heights to keep cutting and grinding tasks at a comfortable working level.
- Use job rotation to distribute repetitive tasks across team members throughout the day.
- Complete a manual handling risk assessment before introducing any new stone product or work process.
- Train all workers in correct lifting technique, but treat mechanical aids as the first option, not the last.
Hand-Arm Vibration in Stonemason Work
Hand arm vibration stonemason exposure comes from sustained use of angle grinders, polishers, and routers. Over time, this vibration damages blood vessels and nerves in the hands, leading to a condition called hand-arm vibration syndrome (HAVS), which causes numbness, tingling, and reduced grip strength. Once HAVS develops, it does not fully reverse.
- Select anti-vibration power tools where they are available and appropriate for the task.
- Track daily vibration exposure time and rotate workers off high-vibration tools before limits are reached.
- Include HAVS screening in your health surveillance program alongside silica monitoring.
- Maintain tools regularly, because worn bearings increase vibration output significantly.
Noise-Induced Hearing Loss in Trades
Noise induced hearing loss trades workers experience in stone fabrication develops gradually and is permanent once it occurs. Cutting and grinding stone generates noise levels that regularly exceed 100 dB(A), well above the 85 dB(A) action level that triggers mandatory controls under Australian WHS regulations. Many stonemasons report significant hearing loss only after years of unprotected exposure.
- Conduct noise monitoring at representative workstations and during typical task cycles.
- Install engineering noise controls such as acoustic enclosures around fixed saws where practicable.
- Provide hearing protection with a sufficient noise reduction rating for the measured exposure levels.
- Schedule regular audiometric testing for all workers in high-noise areas.
With the injury profile now clear, it is worth examining the silica disease risk in more detail, because it remains the most serious and legally significant hazard in the industry.
Silicosis and Silica Dust: The Highest-Risk Hazard in Stone Work
Respirable crystalline silica dust is the most dangerous airborne hazard stone workers face. When you inhale RCS particles during cutting, grinding, sanding, or polishing, those particles lodge permanently in lung tissue and trigger progressive scarring called silicosis. Silicosis is preventable but incurable, and continued exposure can cause progressive lung damage. Australian government and health sources have documented a serious re-emergence of accelerated silicosis linked to engineered stone work, prompting the national engineered stone ban and the creation of a national occupational respiratory disease registry.
Engineered stone products typically contain 90 to 95 percent crystalline silica by weight, compared to around 25 to 45 percent in granite. That concentration is why engineered stone silicosis cases progressed so rapidly and why the ban was necessary.
Silica Dust Control: The Hierarchy in Practice
Silica dust control in the stone industry follows the hierarchy of controls, starting with elimination and substitution before moving to engineering controls, administrative controls, and PPE. The silica exposure standard Australia enforces at 0.05 mg/m³ represents the maximum permissible airborne concentration, not a safe level, and PCBUs must aim to reduce exposure as far below that standard as reasonably practicable.
- Elimination: Strictly adhere to the engineered stone ban. Do not manufacture, supply, process, or install prohibited engineered stone products.
- Substitution: Where stone work continues, select lower-silica natural stone products where the application allows.
- Engineering controls: Apply wet cutting silica suppression methods and install local exhaust ventilation stone workstations at all fixed cutting and grinding points.
- Administrative controls: Schedule high-dust tasks when fewer workers are present, rotate workers to limit individual exposure duration, and prohibit dry cutting on all stone products.
- PPE: Provide appropriate, fit-tested respiratory protective equipment (RPE) that complies with AS/NZS standards. Under WHS rules, PPE must only be relied upon when higher-order controls are not reasonably practicable or to manage residual risks.
Health Surveillance for Silica-Exposed Workers
Health surveillance silica programs are a legal requirement for workers at significant risk of silicosis. In practice, health monitoring may include a respiratory questionnaire, lung function testing such as spirometry, chest imaging where clinically required, and review by a registered medical practitioner. Early detection through surveillance does not reverse silicosis, but it can slow progression by removing the worker from further exposure before the disease advances.
Workers have the right to access their health surveillance results and to receive an explanation of what those results mean for their continued work in the stone industry.
Beyond the physical hazards, the stone industry also creates significant psychological stress that employers and workers both need to acknowledge.
Stone Worker Mental Health and Support Services
Stone worker mental health is an area that the industry has historically underinvested in, despite the fact that a silicosis diagnosis, a serious injury, or the death of a colleague creates genuine psychological trauma. Workers who receive a silicosis diagnosis face the prospect of a progressive, incurable disease, potential loss of their career, and financial uncertainty. These are not minor stressors, and PCBUs have a duty to support worker wellbeing that extends beyond physical hazard control.
EAP construction workers programs, also called employee assistance programs, give workers access to confidential counselling and mental health support at no cost to the worker.
Silicosis Support Australia: Where to Get Help
Silicosis support Australia services operate at both the national and state level. The Lung Foundation Australia runs a dedicated silicosis support program that connects affected workers with peer support, clinical specialists, and legal and financial guidance. Safe Work Australia maintains a silica and silicosis information hub that workers and PCBUs can access directly.
- The Lung Foundation Australia runs a dedicated online Silicosis Support Group connecting affected workers nationwide, alongside clinical and financial guidance. Safe Work Australia and the Asbestos and Silica Safety and Eradication Agency (ASSEA) also provide direct information hubs for affected workers.
- Contact the Lung Foundation Australia’s support services for guidance, specialist referrals, and peer-to-peer connection.
- Lodge a workers’ compensation claim through your state or territory scheme if silicosis or another silica-related disease affects your ability to work.
- Request an EAP referral from your employer or HR team for confidential counselling services.
- Speak to your medical practitioner about their mandatory reporting obligations to the National Occupational Respiratory Disease Registry.
| Seek legal advice about your entitlements if your employer failed to meet their WHS duties and you developed a silica-related disease as a result. |
Return-to-Work and Reporting Obligations
PCBUs must support injured or ill stone workers through return-to-work planning and ensure workers receive information about their rights under the applicable workers’ compensation scheme. A silicosis diagnosis may trigger medical notification or registry reporting requirements, including notification to the National Occupational Respiratory Disease Registry, while workplace notification duties vary by state, territory, and the circumstances of exposure.
Workers who receive a silicosis diagnosis should not feel pressure to continue working in high-exposure environments. Alternative duties, retraining pathways, and compensation entitlements all exist to support a transition out of high-risk stone fabrication work.
If you are looking for stone industry jobs in Australia with employers who take these obligations seriously, the right recruiter can make a real difference in what you find.
Finding Safe, Compliant Stone Industry Jobs in Australia
Not every stone fabrication employer applies the same standard of WHS compliance, and that gap matters when your lungs and long-term health are on the line. Stone fabricator jobs and broader trade jobs in Australia vary significantly in how seriously employers manage silica dust exposure, noise, and manual handling risks. Choosing an employer who meets their legal obligations is not just a preference, it is a decision that affects your health for the rest of your life.
Dayjob Recruitment connects skilled tradespeople with employers in manufacturing and construction who meet compliance standards. Whether you are a stonemason, a stone fabricator, or a tradesperson looking to move into a safer work environment, Dayjob lists current stone industry jobs in Australia and broader trade roles updated daily.
What to Look for in a Stone Industry Employer
When you assess a stone industry employer, ask specific questions about their WHS systems before you accept a role. A compliant employer will answer these questions without hesitation.
- Do they have a written silica exposure control plan in place?
- Do they use wet cutting methods and LEV on all stone cutting and grinding tasks?
- Do they provide health surveillance silica monitoring and cover the cost?
- Do they supply P100 respirators and enforce their use?
- Do they have an EAP available to workers?
If an employer cannot answer yes to all of these questions, that tells you something important about how they manage risk across the board, not just for silica. Dayjob can help you identify employers who meet these standards and browse current job openings in the stone and broader trades sector right now.
Visa Pathways for Skilled Stone Workers
International stone workers and stonemasons looking to build a career in Australia may be eligible for employer-sponsored pathways such as the Skills in Demand visa, subclass 482, where they meet occupation, skills, sponsorship, and eligibility requirements. Dayjob offers visa-aware recruitment support for skilled tradespeople navigating Australian work visa requirements. If you hold relevant stone fabrication or stonemason qualifications and experience, speaking with Dayjob’s team is a practical first step.
Current Stone Industry Job Opportunities in Australia
Australia’s stone industry continues growing despite health concerns, creating demand for safety-conscious workers and managers pursuing trade jobs in Australia. Dayjob Recruitment connects skilled professionals with employers prioritizing worker health and safety in stone fabrication and installation operations.
Stonemason Foreman — ACT
Stonemason foremen carry direct responsibility for enforcing silica dust protocols, PPE compliance, and safe work practices across their crews on every project. This ACT role suits a highly experienced stonemason who combines strong trade expertise with the safety leadership and WHS knowledge that modern stone fabrication sites demand.
Production Manager — Truganina, Melbourne
Production managers in stone fabrication oversee the dust control systems, health surveillance programs, and safety culture that protect workers across the entire workshop floor. This Melbourne role suits a senior stone industry professional ready to lead a busy fabrication facility with full accountability for both operational performance and workplace safety compliance.
Stonemason Leading Hand — VIC
Leading hands are the frontline safety supervisors in stone fabrication — ensuring wet-cutting procedures, ventilation systems, and PPE protocols are followed consistently by every crew member on site. This Victorian role suits an experienced stonemason ready to take on crew leadership responsibility in a safety-conscious workshop committed to protecting worker health.
Stone Fabricator — Campbellfield, Melbourne
Stone fabricators working in today’s post-ban environment must be confident with compliant wet-cutting techniques, proper PPE use, and the dust control discipline that natural stone and porcelain fabrication requires. This Campbellfield role suits a safety-aware tradesperson who wants consistent, well-managed workshop employment in a facility that takes worker health seriously.
Are you a stone industry professsional looking for vacancies?
Conclusion
Australia’s stone industry carries real health risks, and the law is clear about who is responsible for managing them. PCBUs must act, workers must engage, and both parties benefit when WHS systems actually work. We at Dayjob Recruitment believe that skilled tradespeople deserve employers who take these obligations seriously, and our job is to help you find them. View current stone industry and trade roles on the Dayjob job board, or learn more about how we work to connect you with the right opportunity.
Dayjob Recruitment connects skilled tradespeople with trusted employers through expert stonemason and WHS Officer placement services across Australia. Our industry-experienced recruiters understand stone industry hazards and match workers with safety-conscious employers. Contact Dayjob Recruitment today to learn more about finding your next role safely.
Do you work in the stone industry and are open to new opportunities? We run a WhatsApp Channel where we share specifically Stone Industry job openings across Australia — including roles for CNC operators, fabricators, and installers.
FAQs
How can workers confirm a respirator is actually protecting them on the job?
Ask whether fit testing has been completed for your specific respirator make, model, and size, whether the respirator matches AS/NZS requirements, and how clean-shaven, storage, maintenance, and fit-check rules are enforced.
What should a silica air monitoring report tell you in plain terms?
It should identify the tasks sampled, the sampling duration, the measured RCS level compared to the 0.05 mg/m³ TWA standard, and what corrective actions were taken if results were elevated.
If engineered stone is banned, what materials can still create silica risk?
Many natural stones and construction products (e.g., granite, sandstone, some tiles and concrete products) can still generate respirable crystalline silica when cut or ground, so controls remain essential.
What are early warning signs of harmful exposure that shouldn’t be ignored?
Persistent cough, shortness of breath on exertion, chest tightness, wheeze, or reduced exercise tolerance—especially if symptoms worsen over time—should prompt a GP/respiratory review and a check of workplace controls.
