Employee Turnover Rate in Manufacturing: 2026 Benchmarks and Retention Strategies
Manufacturing turnover averages 26–28% annually. Benchmarks by sub-industry and role type, costs ($20K–$40K per departure), and 7 retention strategies.
Manufacturing Industry Turnover Rate
2026 benchmarks, costs, causes, and retention strategies for small businesses
Manufacturing has one of the highest turnover rates of any major industry in the United States, and small manufacturers feel it in a way that large plants do not. When a 500-person facility loses 28 percent of its workforce in a year, it absorbs the cost across a dedicated HR department and a large enough team to cover vacancies. When a 20-person shop loses 28 percent, it loses five or six people, each departure pulling a supervisor off the production floor to train a replacement, each gap visible to every remaining worker.
This guide covers the 2026 benchmarks for manufacturing turnover rates by sub-industry and role type, the real cost per departure for small shops, the eight primary drivers of manufacturing exits, and seven retention strategies that work without an HR department. I built FirstHR partly for this problem: giving small manufacturers the onboarding infrastructure that reduces early-tenure turnover before it compounds into a structural problem.
What Is the Average Turnover Rate in Manufacturing in 2026?
The average annual turnover rate in US manufacturing is approximately 26 to 28 percent as of 2025 data from BLS JOLTS reports and industry surveys. This translates to a monthly separation rate of 2.4 to 2.7 percent. Production line workers experience higher rates of 30 to 38 percent, while skilled trades see lower turnover of 10 to 16 percent.
The manufacturing turnover rate declined modestly from pandemic-era peaks of 35 to 42 percent in 2021 and 2022 but remains significantly above the pre-pandemic average of 22 to 24 percent. Industry analysts project continued structural pressure through 2033, primarily driven by the accelerating retirement of experienced workers and the skills gap for replacement talent. For general industry benchmarks across all sectors, the what is a good turnover rate guide covers industry comparisons in detail.
The BLS defines separation as any departure from employment, including voluntary quits, layoffs, and discharges. For small manufacturers, voluntary quits typically represent 60 to 70 percent of separations. Involuntary separations (performance-based terminations, seasonal layoffs) make up the remainder. This distinction matters for retention strategy: voluntary turnover is what structured onboarding, stay interviews, and career path communication address. Involuntary turnover requires better hiring practices.
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See How It WorksManufacturing Turnover Rates by Sub-Industry and Role Type
Manufacturing is not a monolith. Turnover rates vary significantly by sub-industry, driven by wage competition, physical demands, seasonality, and the skill level required. The tables below use industry survey data from 2024 to 2025. For a broader view of what qualifies as a high turnover rate by industry standard, that guide covers cross-industry benchmarks.
| Sub-Industry | Annual Turnover Rate | Key Drivers | Relative Level |
|---|---|---|---|
| Food & beverage processing | 28–36% | High seasonal volatility; summer spikes common | Highest in manufacturing |
| Warehousing adjacent / logistics support | 30–38% | Direct competition with Amazon, FedEx for same workers | Very high |
| Metal fabrication | 20–28% | Physical demands; skilled labor competition | Above average |
| Electronics / semiconductor assembly | 18–26% | Skills gap; higher baseline wages help retention | Moderate-high |
| Automotive assembly | 15–24% | Union environment stabilizes rates at larger plants | Moderate |
| Chemicals / pharma manufacturing | 14–22% | Strict credential requirements reduce pool churn | Moderate |
| Plastics / rubber | 22–30% | Heat exposure and physical demands drive exits | Above average |
| Aerospace / defense manufacturing | 10–18% | Clearance requirements and higher wages improve retention | Lower end |
The most important breakpoint in sub-industry data: food and beverage processing and warehousing-adjacent roles compete for the same worker pool as Amazon and FedEx logistics positions. Workers without deep manufacturing skills can move between these sectors in days. Any wage advantage logistics employers offer creates immediate turnover pressure on food processing and light assembly operations.
Role-level breakdowns show an even wider range:
| Role Type | Annual Turnover Rate | Notes |
|---|---|---|
| Production line workers | 30–38% | Highest risk; most new-hire turnover concentrated here |
| Material handlers / warehouse | 28–35% | Competing job market with logistics; low switching cost |
| Machine operators (semi-skilled) | 20–28% | Some training investment creates mild retention buffer |
| Quality control technicians | 15–22% | More specialized; harder to replace creates mutual lock-in |
| Skilled trades (electricians, machinists) | 10–16% | Certification investment and wage premium reduce exits |
| Production supervisors / leads | 12–18% | Managerial responsibility creates identity and tenure |
| Engineers and technical staff | 8–14% | Lowest turnover; career development and compensation matter most |
The pattern is consistent: the more specialized the role and the more company-specific training required, the lower the turnover rate. This is both a retention insight and a strategic argument for investment in training: when you train a worker to a higher skill level, you increase their value to you and reduce the ease with which they can replicate that value elsewhere.
What High Turnover Actually Costs a Small Manufacturer
Replacing one manufacturing employee costs $20,000 to $40,000 on average when all four cost categories are included. Most small manufacturers only see the first category. The full cost of employee turnover guide covers the calculation methodology in detail.
The safety cost category is unique to manufacturing. Workers in their first year file 42 percent of all workers' compensation claims. The average workers' compensation claim in manufacturing is $40,000 to $50,000 per recordable incident. A single injury in the first 90 days can cost more than the full replacement cost estimate for that worker. OSHA training requirements mandate documented safety training for any exposure-prone role, but compliance-minimum training and genuine safety orientation that prevents incidents are different things.
Here is what these numbers look like for a typical small manufacturing operation:
| Parameter | Value | Notes |
|---|---|---|
| Annual headcount | 30 workers | |
| Annual turnover rate | 28% | Industry average for small manufacturers |
| Annual departures | 8–9 workers per year | 28% × 30 |
| Direct costs per departure | $7,800–$11,900 | Industry estimate |
| Productivity loss per departure | $12,000–$18,000 | 90-day ramp at 50% output |
| Total cost per departure | $20,000–$30,000 | Combined direct + productivity |
| Annual turnover cost | $160,000–$270,000 | 8–9 departures × $20K–$30K |
| With 50% turnover reduction | $80,000–$135,000 saved annually | Achievable with structured onboarding |
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See It in Action8 Reasons Manufacturing Turnover Is So High
High turnover in manufacturing has eight industry-specific drivers. Understanding which ones apply to your operation is the prerequisite for fixing the right things first. The first driver (workplace safety) and the fifth (poor onboarding) are the most controllable for small manufacturers without HR departments.
The actionable insight across all eight drivers: five of the eight are addressable without significant budget. Safety orientation, structured onboarding, visible career paths, stay interviews, and supervisor development cost primarily time and discipline. Research from SHRM shows 69% of employees are more likely to stay for three years when they experience great onboarding, a finding that applies with particular force in manufacturing where early-tenure exits are so concentrated. The two drivers that require real budget (wage competition and training investment) often pay for themselves when calculated against replacement costs. A $1,500 training investment that keeps one mid-level worker is worth $25,000 to $40,000 in prevented replacement costs. The complete guide to reducing manufacturing turnover covers each driver with specific interventions for small shops.
The First 90 Days: Where Small Manufacturers Lose the Most People
Research shows 33 percent of new-hire manufacturing turnover happens in the first month. The first 90 days are the highest-risk retention window because new workers are simultaneously learning equipment, adapting to physical demands, absorbing safety protocols, and deciding whether this company is worth their time. Most small manufacturers provide minimal structure during this window.
Research from Work Institute shows 75 percent of employee departures are preventable, and manufacturing early-tenure exits are particularly preventable because they are driven primarily by confusion, safety anxiety, and the absence of any check-in rhythm rather than by irreversible factors like location or compensation gaps. The framework below costs no money and takes approximately 3 to 5 hours of supervisor time over 90 days.
The Day 7 review is the most underused checkpoint in manufacturing. By Day 7, new workers have formed their initial impression of the job, the team, and the supervisor. A structured 20-minute conversation at that exact moment, asking what is unclear and what went well, surfaces problems while they are still fixable. Workers who feel heard at Day 7 are significantly less likely to be job searching at Day 30. The manufacturing onboarding best practices guide covers the full onboarding framework with OSHA compliance and equipment training specifics.
7 Proven Strategies to Reduce Manufacturing Turnover Without an HR Team
Every retention guide for manufacturing assumes you have an HR department, an LMS, and a dedicated training budget. At a 20-person shop, you have a shift supervisor who also runs production and quality. These seven strategies are designed for that constraint. All seven are achievable by a single manager. None require enterprise software.
The pattern across all seven: they require time investment upfront and consistent execution thereafter. The strategies that fail at small manufacturers do so not because they are poorly designed but because production pressure interrupts execution. A buddy assignment that stops at week two is not a buddy program. A 30-day check-in that gets skipped is not a milestone review. The systems only work as systems. For the complete guide to reducing manufacturing turnover, that article covers each of these strategies in deeper tactical detail with examples from small shops.
How to Calculate Your Manufacturing Turnover Rate
The standard formula for manufacturing turnover rate is: (total separations during period) divided by (average headcount during period), multiplied by 100. For an annual rate, use 12-month separations and average annual headcount.
| Step | Action | Example (30-person shop) |
|---|---|---|
| 1. Count separations | Total employees who left during the year (voluntary + involuntary) | 8 departures in 12 months |
| 2. Calculate average headcount | (Beginning headcount + ending headcount) ÷ 2 | (28 + 32) ÷ 2 = 30 average |
| 3. Calculate turnover rate | (Separations ÷ average headcount) × 100 | (8 ÷ 30) × 100 = 26.7% |
| 4. Compare to benchmark | Manufacturing average: 26–28% | 26.7% = at industry average |
| 5. Separate voluntary from involuntary | Track quit reasons separately from terminations | 6 voluntary, 2 involuntary → 20% voluntary rate |
Tracking voluntary turnover separately from involuntary is the most important refinement to this calculation. A 28 percent total turnover rate with 20 percent voluntary and 8 percent involuntary tells a different story than the same rate with 26 percent voluntary and 2 percent involuntary. Voluntary turnover is what retention investment addresses. If your voluntary rate is at or below industry average, retention investment will have limited return; the problem may be in hiring. For the complete formula with worked examples across different scenarios, the how to calculate turnover rate guide covers monthly, quarterly, and annual calculations.
- Manufacturing annual turnover averages 26–28%, with production workers at 30–38% and skilled trades at 10–16%. Food and beverage processing has the highest sub-industry rate at 28–36%.
- Replacing one manufacturing employee costs $20,000–$40,000. For a 30-person shop at industry-average turnover, that is $160,000–$270,000 per year in total turnover costs.
- 33% of new-hire manufacturing turnover happens in the first 30 days. The first 90 days are the highest-risk retention window and the highest-ROI target for intervention.
- Workers with less than 1 year of tenure file 42% of all workers' compensation claims in manufacturing. A Day 1 safety orientation that is genuine, not compliance-minimum, reduces both injury rates and early exits.
- The 8 primary drivers of manufacturing turnover include 5 that are controllable without budget: safety orientation quality, structured onboarding, visible career paths, stay interviews, and supervisor development.
- Track 90-day retention rate separately from annual turnover rate. If 90-day retention falls below 75%, fixing onboarding will have more impact than any other retention investment.
Frequently Asked Questions
What is the average turnover rate in manufacturing?
The average annual turnover rate in manufacturing is approximately 26 to 28 percent based on BLS JOLTS data and industry surveys through 2025. This translates to a monthly separation rate of 2.4 to 2.7 percent. Production line workers experience higher rates of 30 to 38 percent, while skilled trades see lower turnover of 10 to 16 percent. Sub-industries vary significantly: food and beverage processing runs 28 to 36 percent annually, while chemicals and aerospace manufacturing see rates of 14 to 22 percent and 10 to 18 percent respectively.
What is a good turnover rate for manufacturing?
A good annual turnover rate for manufacturing is below 15 percent. The industry average of 26 to 28 percent is considered moderate-high. Small manufacturers should target below 20 percent as a realistic improvement goal from the industry average. Production worker turnover below 20 percent indicates that structured onboarding, competitive pay, and basic retention practices are in place. Skilled trades turnover above 16 percent is a warning sign worth investigating. For context, the national average turnover rate across all industries is approximately 20 to 22 percent annually.
Why is turnover so high in manufacturing?
The eight primary causes of high manufacturing turnover are: workplace safety and injury risk for new hires (42% of workers' comp claims come from employees with under 1 year tenure), physical demands and shift work challenges, wage competition from warehousing and logistics, limited career advancement visibility especially in small shops, poor or absent onboarding in the first 90 days (33% of new-hire turnover happens in the first month), aging workforce and accelerating retirements, skills gap driven by insufficient training investment, and inconsistent supervisor relationships. The first 90 days are the highest-risk period for all of these factors.
How much does it cost to replace a manufacturing employee?
Replacing one manufacturing employee costs $20,000 to $40,000 on average when direct exit costs, recruiting, and productivity ramp are included. Direct exit and recruiting costs alone are estimated at $7,800 to $11,900 per departure. The larger cost is the productivity loss during the 60 to 90 day ramp-up period, during which a new production worker typically operates at 40 to 60 percent output. For a 30-person shop with 28 percent annual turnover, total annual turnover cost is $160,000 to $270,000.
Which manufacturing sector has the highest turnover rate?
Food and beverage processing has the highest turnover rate in manufacturing, ranging from 28 to 36 percent annually with significant seasonal spikes during harvest and peak production periods. Warehousing-adjacent and logistics support roles within manufacturing also run 30 to 38 percent due to direct competition with Amazon, FedEx, and similar logistics employers for the same worker pool. Chemicals manufacturing and aerospace have the lowest manufacturing turnover rates at 14 to 22 percent and 10 to 18 percent respectively, driven by higher wages, credential requirements, and in aerospace, security clearance barriers.
How do you reduce turnover in manufacturing without an HR department?
Seven strategies work for small manufacturers without HR: build a structured first-week safety and equipment orientation (Day 1 safety orientation reduces early injury and exit rates), assign a production line buddy before the new hire starts, automate compliance paperwork with e-signatures to eliminate Day 1 chaos, run formal 30/60/90-day check-ins scheduled before Day 1, offer shift flexibility where operationally possible, create a visible skills and advancement matrix posted in the break room, and conduct quarterly stay interviews with every production worker. None of these require an HR department. All require consistency in execution.
What is the manufacturing turnover rate in 2025 and 2026?
BLS JOLTS data through December 2025 shows manufacturing monthly separation rates of 2.4 to 2.7 percent, which annualizes to approximately 26 to 28 percent. This represents a modest decline from the pandemic-era peaks of 2021 and 2022, when manufacturing annual turnover briefly exceeded 40 percent in some segments. The current rate remains significantly above the pre-pandemic average of 22 to 24 percent. The Deloitte-Manufacturing Institute 2024 study projects continued structural pressure through 2033, with 1.9 million manufacturing jobs at risk of going unfilled due to the skills gap and retiring workforce.
How does structured onboarding reduce manufacturing turnover?
Structured onboarding reduces manufacturing turnover in two direct ways. First, it addresses the safety risk: OSHA-compliant first-day safety orientation, PPE training, and documented equipment instruction dramatically reduce the early-tenure injury rate. Workers who get hurt in their first 30 days rarely return. Second, it creates the clarity and connection that prevent voluntary exits: a formal 30-day check-in, an assigned buddy, and a 30-60-90 day plan give new hires the information and relationships they need to stay. Organizations with structured onboarding see 82 percent better new hire retention according to Brandon Hall Group research, and manufacturing environments see disproportionate benefit because baseline onboarding quality in the industry is so low.
How do you calculate manufacturing turnover rate?
The manufacturing turnover rate formula is: (number of separations during the period divided by average headcount during the period) multiplied by 100. To calculate average headcount, add beginning headcount plus ending headcount and divide by two. For an annual rate, use full-year separations and average annual headcount. Example: a 30-person shop that lost 8 workers over 12 months, starting at 28 employees and ending at 32 employees, has an average headcount of 30 and an annual turnover rate of 8 divided by 30 multiplied by 100, which equals 26.7 percent.
Is shift work a significant driver of manufacturing turnover?
Yes. Shift work is a top-three driver of voluntary manufacturing turnover. Only 28 percent of manufacturing workers assigned to evening or night shifts actively prefer those hours according to industry surveys. Shift work disrupts sleep patterns, family schedules, and social life in ways that accumulate over months. Workers who can find comparable pay in day-shift roles leave. Compressed workweeks, specifically four 10-hour day shifts, have been shown to reduce manufacturing turnover by approximately 20 percent in environments where they are operationally feasible, by giving workers three consecutive days off.