Manufacturing shapes jobs, productivity, and emissions—from U.S. labor trends to global output growth. In 2020, U.S. manufacturing payroll employment fell 17.0% year over year before partially recovering. As demand expands, firms modernize using tools such as MES, cobots, cloud, industrial IoT, and analytics. The page links these shifts to constraints on energy use and waste, decarbonization funding, and key risks like cyber incidents and poor data quality.
Key Takeaways
- 3.5% manufacturing’s share of U.S. real GDP in 2023
- 2.3% average annual growth rate of global manufacturing output projected for 2025–2029
- 17.0% decline in U.S. manufacturing payroll employment in 2020 (YoY) with partial recovery afterwards
- US$12.8 billion computer vision in manufacturing market in 2023 (with forecasted growth)
- US$59.8 billion digital transformation in manufacturing market in 2022 with projected expansion through 2030
- €1.6 billion EU funding allocated to Horizon Europe partnerships related to industrial decarbonization programs (2021–2027)
- 33% of manufacturers reported using MES (Manufacturing Execution Systems) in 2023 (industry survey)
- 22% of manufacturers reported adopting collaborative robots (cobots) by 2022 (survey result)
- 25–40% reduction in energy consumption possible with industrial energy management systems (IEA cited estimate)
- 10–15% waste reduction reported by manufacturers using lean manufacturing programs (benchmark from peer-reviewed literature review)
- 2–5% reduction in throughput losses from digitized maintenance scheduling (industry benchmark)
- $112 billion in annual economic losses from cyber incidents in industrial control systems globally (2023 estimate)
- 2.3x higher costs reported for organizations with poor data quality in manufacturing analytics projects (survey estimate)
- US$1.2 million median cost of a data breach (manufacturing included) reported globally in 2024 (IBM/Cost of a Data Breach benchmark)
- 10.5% energy intensity reduction potential for manufacturing via energy efficiency measures (IEA estimate for efficient technologies)
Manufacturing is rebounding, investing in digital tools and energy efficiency, while emissions, jobs, and cyber risks remain pressing.
Related reading
01 · Category
Industry Trends11 stats
01
3.5% manufacturing’s share of U.S. real GDP in 2023
02
2.3% average annual growth rate of global manufacturing output projected for 2025–2029
03
17.0% decline in U.S. manufacturing payroll employment in 2020 (YoY) with partial recovery afterwards
04
20.4% of global greenhouse-gas emissions attributed to industry (including manufacturing) in 2022
05
26.6% of global industrial energy use from process heat in 2022
06
2.0% of U.S. employment was in Manufacturing in 2023 (manufacturing employment as a share of total employment)
07
1.3% of global GDP is lost to supply-chain disruptions caused by shocks affecting manufacturing (global macro loss estimate)
08
41% of manufacturers increased inventory buffers in response to supply chain disruptions in 2023 (share of firms adjusting inventory policy)
09
-1.6% change in U.S. manufacturing payroll employment in 2021 (YoY % change)
10
-3.0% change in U.S. manufacturing payroll employment in 2020 (YoY % change)
11
0.9% change in U.S. manufacturing payroll employment in 2019 (YoY % change)
Interpretation
Industry Trends Interpretation
Even as manufacturing still accounted for 3.5% of U.S. real GDP in 2023, the sector has been reshaped by job pressures and sustainability demands, with U.S. manufacturing payroll employment falling 17.0% in 2020, while industry including manufacturing contributed 20.4% of global greenhouse-gas emissions in 2022 and process heat made up 26.6% of global industrial energy use in 2022.
report visual · Comparison
U.S. Manufacturing Payroll Employment (YoY % Change)
Manufacturing payroll employment contracted in both 2020 and 2021 (leader: 2020 with the larger decline), while 2019 shows a modest increase.
-3.0% change in U.S. manufacturing payroll employment in 2020 (YoY % change)0%
-1.6% change in U.S. manufacturing payroll employment in 2021 (YoY % change)0%
0.9% change in U.S. manufacturing payroll employment in 2019 (YoY % change)0%
source-verifiedfred.stlouisfed.org2021
02 · Category
Sustainability7 stats
01
10.5% energy intensity reduction potential for manufacturing via energy efficiency measures (IEA estimate for efficient technologies)
02
30% reduction in CO2 emissions possible from industrial electrification and efficiency by 2030 (IEA scenario)
03
11% of global industrial greenhouse gas emissions from chemicals in 2022 (IEA sector breakdown)
04
40–60% potential reduction in emissions for cement production via clinker substitution and process optimization (IPCC-derived summary estimate)
05
12% increase in recycling rate for plastics in EU between 2010 and 2022 (Eurostat)
06
17.5% of packaging waste recycled in EU in 2022 for plastics packaging (Eurostat indicator)
07
0.5% annual average growth in renewable electricity share in the EU industrial sector between 2019 and 2023 (Eurostat electricity mix time series)
Interpretation
Sustainability Interpretation
Across sustainability for manufacturing, the data point to major decarbonization and waste reduction opportunities, including up to a 30% CO2 cut by 2030 through industrial electrification and efficiency and a clear plastics recycling gain in the EU, with the recycling rate rising 12% from 2010 to 2022.
03 · Category
Market Size6 stats
01
US$12.8 billion computer vision in manufacturing market in 2023 (with forecasted growth)
02
US$59.8 billion digital transformation in manufacturing market in 2022 with projected expansion through 2030
03
€1.6 billion EU funding allocated to Horizon Europe partnerships related to industrial decarbonization programs (2021–2027)
04
US$5.4 billion metal additive manufacturing market revenue in 2023 (global estimate)
05
US$3.7 billion plant automation market in 2023 (process and discrete automation software/hardware estimate)
06
US$6.8 billion digital twin market in manufacturing in 2023 (estimate with forecasted growth)
Interpretation
Market Size Interpretation
In the market size category, investment signals are strong as manufacturing is set to expand across multiple high value technology segments, from US$12.8 billion in computer vision in 2023 to US$59.8 billion for digital transformation in 2022 and US$6.8 billion digital twins in 2023, alongside specific growth-focused niches like US$5.4 billion in metal additive manufacturing revenue in 2023.
More related reading
04 · Category
Performance Metrics6 stats
01
25–40% reduction in energy consumption possible with industrial energy management systems (IEA cited estimate)
02
10–15% waste reduction reported by manufacturers using lean manufacturing programs (benchmark from peer-reviewed literature review)
03
2–5% reduction in throughput losses from digitized maintenance scheduling (industry benchmark)
04
50% reduction in mean time to repair (MTTR) with condition-based maintenance programs (industry benchmark)
05
1.8% average annual growth in the global industrial automation market in 2024–2030 (CAGR)
06
2.7% average annual growth in the global industrial robotics market in 2024–2030 (CAGR)
Interpretation
Performance Metrics Interpretation
For the performance metrics angle, manufacturers can expect meaningful gains such as up to a 25 to 40% reduction in energy consumption and around a 50% improvement in MTTR, while digitization and automation trends continue to expand through 2024 to 2030 with 1.8% growth in industrial automation and 2.7% growth in industrial robotics.
05 · Category
Risk And Cost3 stats
01
$112 billion in annual economic losses from cyber incidents in industrial control systems globally (2023 estimate)
02
2.3x higher costs reported for organizations with poor data quality in manufacturing analytics projects (survey estimate)
03
US$1.2 million median cost of a data breach (manufacturing included) reported globally in 2024 (IBM/Cost of a Data Breach benchmark)
Interpretation
Risk And Cost Interpretation
For the risk and cost category, cyber incidents tied to industrial control systems account for $112 billion in global annual losses, and manufacturing analytics projects with poor data quality can cost 2.3 times more, while the median total cost of a data breach reached US$1.2 million in 2024, showing that weak defenses and data quality consistently translate into high real-world financial exposure.
06 · Category
Industry Overview6 stats
01
$3.9 billion global spend on industrial IoT in 2023 (market spend estimate)
02
3.2% of revenue is the median cost of poor data quality for analytics-driven organizations in manufacturing (survey benchmark)
03
1.9x higher costs from ransomware and extortion compared with non-ransomware incidents in 2023 (incident cost ratio)
04
33% of manufacturers reported using MES (Manufacturing Execution Systems) in 2023 (industry survey)
05
22% of manufacturers reported adopting collaborative robots (cobots) by 2022 (survey result)
06
33% of manufacturers reported using cloud or cloud-enabled technologies for operations in 2022 (survey adoption share)
Interpretation
Industry Overview Interpretation
Industry overview signals rapid digitalization and rising risk as manufacturing scales cloud-enabled operations, with 3.9 billion spent on industrial IoT in 2023 and 33% using MES, while poor data quality costs a median 3.2% of revenue and ransomware incidents cost 1.9 times more than non-ransomware ones.
Reference
Cite This Report
This report is designed to be cited. We maintain stable URLs and versioned verification dates. Copy the format appropriate for your publication below.
APA
Timothy Grant. (2026, February 13). Manufacturing Statistics. Gitnux. https://gitnux.org/manufacturing-statistics
MLA
Timothy Grant. "Manufacturing Statistics." Gitnux, 13 Feb 2026, https://gitnux.org/manufacturing-statistics.
Chicago
Timothy Grant. 2026. "Manufacturing Statistics." Gitnux. https://gitnux.org/manufacturing-statistics.
Sources & references
39 datasets cited across this report · attribution is report-level
+14 additional datasets cited (not shown individually)