Manufacturing Fatality Statistics: Deaths, Rates, and High-Risk Sectors

Key manufacturing fatality statistics

The figures below provide a fast citation set for safety presentations, workforce reports, insurance discussions, and manufacturing research. Calculated percentages use the linked BLS counts as their base.

What changed over five years

The 55 additional deaths between 2019 and 2023 represent a 16.4% increase, based on the BLS industry series. The rate moved from 2.1 to 2.4, a 14.3% increase. Those measures moving together suggests the change cannot be explained only by a larger manufacturing workforce.

One year does not make a trend. Pandemic disruptions altered production mix, staffing, training, overtime, and contractor use. The 2022 peak also demonstrates why managers should avoid celebrating a single down year. A serious-hazard program should track leading controls, such as verified energy isolation, machine safeguard inspections, forklift observations, and corrective-action closure, alongside the annual fatality count.

National fatality data is a lagging indicator. Its value comes from exposing repeatable patterns across thousands of establishments. A plant does not need to experience a death before it treats an uncontrolled line-breaking job or bypassed interlock as urgent.

Why counts and rates tell different stories

Use counts to see the total burden

A count answers a direct question: how many people died while working in this industry? It helps national trade groups and large employers see where the largest burden sits. The 74 deaths in food manufacturing demand attention even though its rate is not the highest in the sector.

Use rates to compare worker risk

A rate divides fatalities by equivalent employment. The 6.6 rate in wood product manufacturing shows a risk level that its smaller count can hide. Rate comparisons are most useful across industries and years, but small numerators can create visible swings. Review several years before labeling a move structural.

Do not mix fatal and nonfatal rates

The fatal rate is expressed per 100,000 FTE workers. OSHA recordable and days-away rates are generally expressed per 100 full-time workers. Putting them on the same chart without clear units produces a misleading comparison. The BLS IIF program publishes both sets with definitions.

Fatal event categories manufacturers should track

The BLS event table groups deaths by the event that directly produced the injury. For factories, the useful categories are transportation incidents, contact with objects and equipment, falls, exposure to harmful substances or environments, fires and explosions, and violence. A plant may have exposure to every category on a single site.

Transportation incidents

This group includes roadway events and incidents involving powered industrial vehicles or other mobile equipment. A facility safety review should extend beyond the production line to yards, docks, employee parking, sales travel, and maintenance road calls. Separate pedestrians and vehicles with physical design where possible. Painted lines are weak protection when a loaded forklift has limited visibility.

Contact with objects and equipment

Caught-in, struck-by, and machinery events belong here. OSHA's machine guarding guidance identifies points of operation, rotating parts, flying chips, and sparks as hazards that need safeguards. A guard that is routinely removed for setup is a design problem, not merely a worker behavior problem.

Hazardous energy

Maintenance and sanitation jobs often cross several energy sources at once. Electrical isolation alone may leave hydraulic pressure, gravity, steam, pneumatic force, springs, or thermal energy. OSHA's control of hazardous energy standard addresses unexpected energization, startup, and release of stored energy. Effective programs verify a zero-energy state instead of treating a signed tag as proof.

Falls and harmful exposures

Factories contain roofs, mezzanines, ladders, pits, tanks, silos, platforms, and temporary access points. Exposure risks can include oxygen deficiency, toxic gases, heat, electricity, and process chemicals. The CFOI event framework is useful for checking whether the site's serious-hazard inventory covers these less frequent jobs.

How CFOI data is built

The Census of Fatal Occupational Injuries is not based on a single survey response. According to the BLS fatal injury program, federal and state partners use multiple records to identify, verify, and describe each case. These can include death certificates, workers' compensation reports, OSHA reports, news accounts, and other administrative sources.

That approach matters because fatal incidents can fall outside ordinary employer reporting channels. CFOI includes wage and salary workers and self-employed people. The program also applies work-relationship criteria, so the dataset is about fatal injuries at work rather than every death of an employed person.

Industry and occupation remain separate dimensions. Industry describes the employer's primary activity. Occupation describes the worker's job. A truck driver employed by a manufacturer appears in manufacturing industry data but in a transportation occupation. The occupation table is therefore useful when a company wants to compare drivers, maintenance employees, production workers, and managers.

Turning national data into plant action

Fatality statistics are too sparse for a single plant to use as its only scorecard. Zero deaths is the expected result, but it does not prove controls are working. A better plant dashboard pairs the outcome with exposure-based measures.

Start with work that can plausibly kill someone. List mobile-equipment interactions, confined-space entry, line breaking, energized troubleshooting, electrical work, crane lifts, work at height, combustible dust, hot work, and access inside machine danger zones. For each exposure, identify the control, the person who verifies it, and the evidence that shows it happened.

Next, review weak signals. A forklift near miss, damaged guard, missing blind, repeated interlock fault, or job that cannot be locked out cleanly deserves more attention than a tidy monthly incident rate. Serious events often have precursors that caused no injury only because timing and position were favorable.

Contractors need the same treatment. Roofing, electrical, rigging, demolition, tank cleaning, and equipment installation can introduce high-energy work that is not part of normal production. Site orientation alone does not coordinate lockout boundaries, traffic, permits, rescue plans, or simultaneous operations. Define those interfaces before work starts.

Finally, make corrective actions specific. “Retrain employee” does not fix poor line of sight, inaccessible disconnects, a production incentive that rewards bypassing, or a guard that prevents required cleaning. Engineering changes are harder to implement, but they are also harder to forget on a busy third shift.

Questions about manufacturing fatality data

What is the manufacturing fatal injury rate?

The 2023 BLS rate was 2.4 deaths per 100,000 full-time equivalent workers. It was below the all-worker rate of 3.5, but several manufacturing subsectors were above both benchmarks.

How many manufacturing workers died on the job?

BLS counted 391 fatal occupational injuries in manufacturing during 2023. This is an industry total and can include workers in many occupations employed by manufacturers.

Which manufacturing sector has the highest risk?

Among the detailed sectors displayed here, wood product manufacturing had the highest published rate at 6.6. Food manufacturing had the highest fatality count at 74 deaths. “Highest” changes depending on whether you mean rate or count.

Are occupational illnesses included?

The CFOI methodology focuses on traumatic occupational injuries. Illness deaths are generally outside scope unless an injury event precipitated the death. Long-latency occupational disease should be studied through other health surveillance sources.

Sources

1. BLS Census of Fatal Occupational Injuries tables
2. BLS CFOI Table A-1, industry
3. BLS CFOI Table A-4, fatal injury rates
4. BLS CFOI Table A-5, occupations
5. BLS CFOI Table A-7, demographics
6. BLS CFOI Table A-9, events
7. OSHA Commonly Used Statistics
8. OSHA Control of Hazardous Energy
9. OSHA Machine Guarding
10. BLS Injuries, Illnesses, and Fatalities overview

Source tables can be revised by their publishers. This page preserves the reporting year beside each statistic so researchers do not mistake a historical figure for a current-year estimate.