CNC manufacturing combines computer-controlled machining, programming, tooling, and the wider production ecosystem that supports it. In the United States, CNC tool operators and programmers accounted for 197,950 workers in May 2025, while global industrial-robot installations reached 542,000 in 2024. The figures below separate direct CNC labor evidence from broader manufacturing and adjacent automation indicators.
Contents
- U.S. CNC workforce and pay
- Employment outlook and replacement demand
- Skills, training, and workplace conditions
- U.S. manufacturing-technology spending
- Global automation connected to CNC production
- Regional markets and the 2025–2028 direction
U.S. CNC workforce and pay
The U.S. Bureau of Labor Statistics (BLS) Occupational Employment and Wage Statistics survey provides a direct snapshot of CNC-related occupations for May 2025. It distinguishes people who operate computer numerically controlled tools from those who program them.
According to BLS Table 1, the United States had 169,450 computer numerically controlled tool operators and 28,500 computer numerically controlled tool programmers in May 2025. Together, those two occupation groups totaled 197,950 workers. These counts describe workers classified in the named CNC occupations; they are not a complete count of every machinist, setter, engineer, or production worker who may use CNC equipment.
Pay differed substantially between the two groups:
| U.S. CNC occupation, May 2025 | Employment | Mean hourly wage | Mean annual wage |
|---|---|---|---|
| Computer numerically controlled tool operators | 169,450 | $26.11 | $54,320 |
| Computer numerically controlled tool programmers | 28,500 | $34.72 | $72,210 |
The same BLS table places the broader metal-and-plastic machine-tool cutting setters, operators, and tenders category at 272,050 workers. Machinists numbered 287,050 and had a mean annual wage of $59,320, while tool-and-die makers numbered 56,930 and had a mean annual wage of $66,860. Those broader categories help show why a CNC industry workforce estimate depends on the occupation definition used.
All wage figures in this section are BLS survey estimates for the United States in May 2025. They are not quoted hourly rates for a particular machine, shop, region, or experience level.
Employment outlook and replacement demand
The BLS Machinists and Tool and Die Makers Occupational Outlook Handbook supplies both wage distribution data and a longer-term forecast. In May 2025, the median annual wage was $58,750 for machinists and $64,050 for tool-and-die makers. Among machinists, the lowest-paid 10% earned below $39,200 annually, while the highest-paid 10% earned above $80,010.
Industry setting also mattered. Machinists in U.S. transportation-equipment manufacturing had median annual pay of $61,920 in May 2025. The median for machinists in U.S. machinery manufacturing was $59,590. These are occupation medians within specified industries, not averages for all CNC workers.
BLS projects 344,900 U.S. machinists and tool-and-die makers in 2025, declining to 342,700 by 2035. The combined projection covers both occupations and is rounded. Within that period, BLS projects machinist employment to rise 1%, while tool-and-die-maker employment falls 9%.
The projected headcount change does not describe the number of jobs that will become available. BLS projects about 30,400 openings per year on average during 2025–2035, with openings mainly reflecting replacement needs rather than net employment growth. For CNC businesses, that distinction matters: a broadly stable or slightly declining occupation can still require substantial recruiting, training, and succession planning.
Skills, training, and workplace conditions
The BLS Occupational Requirements Survey (ORS) reports on production occupations rather than CNC occupations alone. Its Production occupations fact sheet therefore provides context for CNC-related work, but its percentages should not be read as CNC-only measurements.
In 2025, on-the-job training was required for 89.9% of U.S. production workers, and prior work experience was required for 36.6%. Education requirements were split: no minimum education was required for 48.5% of production workers, while a high-school diploma was required for 48.1%. More than basic people skills were required for 21.9%.
Work organization was also measurable. A work schedule that varies was required for 57.3% of production workers, and a supervisor was present in the immediate work area for 84.9%. These figures describe the broad production-occupation group, not a universal CNC-shop staffing model.
The ORS data also show why workplace conditions are part of the industry picture. Moderate noise exposure affected 92.5% of U.S. production workers in 2025, while loud noise affected another 6.0%. Noise-related personal protective equipment was used by 53.6%. The ability to choose sitting or standing for tasks was available to 10.7%, and driving was required for 13.9%.
Together, the measurements point to a production labor market where training and shop-floor conditions coexist with technical specialization. They do not establish CNC-specific injury rates, productivity, or safety outcomes.
U.S. manufacturing-technology spending
The Association for Manufacturing Technology’s USMTO series tracks manufacturing-technology orders reported by participating companies. It covers domestic and imported manufacturing technology, not every CNC transaction, so the totals are an industry-demand indicator rather than a direct CNC-machine sales census.
According to AMT’s December 2025 report, U.S. manufacturing-technology orders totaled $5.74 billion in 2025, 22.5% higher than in 2024. December orders reached $814.3 million, the highest monthly order value on record within that report series and participating-company coverage. December was 86.7% above November 2025.
Selected customer-sector changes in 2025 were also uneven. Orders from U.S. contract machine shops grew 19.1%, while orders from U.S. aerospace manufacturers grew 45.1%.
| USMTO measure | Period | Reported result |
|---|---|---|
| Total U.S. manufacturing-technology orders | 2024 | $4.7 billion |
| Change in total orders | 2024 versus 2023 | Down 3.8% |
| December orders | December 2024 | $513.8 million |
| December year-over-year change | December 2024 versus December 2023 | Up 5.4% |
| 2024 total versus long-run series average | 2024 | 9.7% above average |
The earlier AMT 2024 report states that 2024 U.S. manufacturing-technology orders were 9.7% above the series’ annual average dating back to 1998. Automotive manufacturers reduced manufacturing-technology orders by approximately one-quarter in 2024. The contrast between the 2024 decline and the 2025 increase shows why a single year should not be treated as a permanent CNC demand trend.
Global automation connected to CNC production
Industrial robots are an adjacent indicator for CNC-capable manufacturing. They are not CNC machine tools, and robot installations should not be converted into CNC adoption rates. Still, the data show the scale and geography of automation investment around production systems.
The International Federation of Robotics (IFR) reported in World Robotics 2025 that manufacturers installed 542,000 industrial robots worldwide in 2024. That annual total was more than twice the level of 10 years earlier. The estimated worldwide operational stock reached 4,664,000 units at the end of 2024, up 9% year over year.
Asia accounted for 74% of new industrial-robot deployments in 2024, compared with 16% for Europe and 9% for the Americas. China installed 295,000 robots, or 54% of global deployments. China’s domestic suppliers held 57% of its industrial-robot market in 2024, up from about 28% approximately a decade earlier. Its operational robot stock exceeded 2 million units at the end of 2024; IFR identifies operational-stock figures as estimates.
The figures describe industrial automation broadly. They can indicate investment conditions relevant to CNC production cells, loading, handling, and integrated manufacturing, but they do not measure CNC machine counts or CNC utilization.
Regional markets and the 2025–2028 direction
Regional robot installation data provide a more detailed view of where automation demand was rising or slowing in 2024. Japan installed 44,500 industrial robots, down 4% from 2023, while its estimated operational stock rose 3% to 450,500 units. South Korea installed 30,600, down 3% year over year.
India installed a record 9,100 industrial robots in 2024, up 7% from 2023. Its automotive industry accounted for 45% of installations. Europe installed 85,000 units, down 8%; the European Union accounted for 67,800, or 80% of Europe’s total. Germany installed 26,982, down 5% and equal to 32% of Europe’s annual total.
The Americas installed 50,100 industrial robots, down 10% from 2023. The United States accounted for 68% of that regional total, installing 34,200 units, down 9%.
IFR forecasts global industrial-robot installations to grow 6% to 575,000 units in 2025 and exceed 700,000 units by 2028. This is a forecast for industrial robots, not CNC machine-tool sales. It is best used as a directional indicator of automation investment surrounding CNC-capable production rather than as a direct forecast of the CNC industry’s size.