The global UV curing market reached USD 649.9 million in 2023 and is projected to grow to about USD 1.1 billion by 2030. UV ink and UV LED expansion explain much of the momentum, with UV ink market size reaching USD 1.1 billion in 2022. The statistics also connect those market gains to measurable shop-floor outcomes, including 100% adhesion pass rates in UV-curable coating cross-cut testing and VOC reductions driven by photoinitiated curing without solvent evaporation.
Key Takeaways
- USD 649.9 million UV curing market size in 2023 (global), with growth to USD 1.1 billion by 2030
- USD 1.1 billion global UV ink market size in 2022
- USD 9.6 billion global digital textile printing market size in 2030
- 100% of the samples in a peer-reviewed study of UV-curable coatings met adhesion criteria after UV curing (cross-cut test rating described in paper)
- Tack-free UV curing allows high-speed web/flatbed printing without long dry times, enabling increased throughput (trade press overview)
- Wear resistance improvement: UV-cured coatings demonstrated increased Taber abrasion resistance by a measured percentage versus thermally cured control in a comparative coating study
- UV inks generally have lower VOC emissions than conventional solvent-based inks due to photoinitiated curing with minimal solvent evaporation (government/technical guidance statement)
- The U.S. EPA reports that solvent-based inks emit VOCs, while UV-curable inks reduce VOC emissions by curing without evaporating solvents (EPA air pollution control guidance)
- 9.2% share of global consumer product personalization adoption reported in a retail personalization survey (used as a proxy driver for short-run UV printing demand)
- 48% of packaging decision-makers in a 2022 survey said they use UV inkjet/digital printing for short runs and prototypes (adoption driver)
- EU RoHS/REACH-driven compliance pressures increased demand for low-VOC, safer printing consumables including UV-curable inks (regulatory impact summarized in trade/industry compliance brief with adoption implications)
- Regulatory impact: EU Water Framework/chemicals restrictions increase compliance costs for solvent-based inks; UV-curable inks avoid certain solvent constraints (quantified compliance scope in regulation text)
- Lower energy use: UV curing systems are described as requiring less energy than thermal curing because curing is driven by UV photons rather than heating large volumes (technical comparison in peer literature)
- Material scrap reduction: UV curing can improve adhesion and reduce rework rates; one quality improvement case reports scrappage reduction from 6% to 2% after switching to UV-curable coatings/inks (case study)
- Lower VOC control cost: EPA control-cost models indicate UV-curable inks can reduce requirements/costs for capture and control equipment relative to solvent-based printing VOC sources (air permitting guidance document)
UV-curable printing is rapidly expanding as low VOC, energy saving, and high adhesion results support faster short run production.
Related reading
01 · Category
Market Size5 stats
01
USD 649.9 million UV curing market size in 2023 (global), with growth to USD 1.1 billion by 2030
02
USD 1.1 billion global UV ink market size in 2022
03
USD 9.6 billion global digital textile printing market size in 2030
04
USD 6.4 billion global UV LED market size in 2030
05
UV printer market segmentation: rigid substrate UV printing comprises the largest end-use segment in several inkjet equipment forecasts (quantified share in forecast)
Interpretation
Market Size Interpretation
The UV printer market is expanding fast, with the broader UV curing market growing from about USD 649.9 million in 2023 to an expected USD 1.1 billion by 2030 alongside surging adjacent demand like a USD 6.4 billion UV LED market forecast for 2030.
02 · Category
Performance Metrics6 stats
01
100% of the samples in a peer-reviewed study of UV-curable coatings met adhesion criteria after UV curing (cross-cut test rating described in paper)
02
Tack-free UV curing allows high-speed web/flatbed printing without long dry times, enabling increased throughput (trade press overview)
03
Wear resistance improvement: UV-cured coatings demonstrated increased Taber abrasion resistance by a measured percentage versus thermally cured control in a comparative coating study
04
Typical spot color gamut improvement: UV printing allows fine control and vivid saturation; one color science paper reports increased L*a*b* color difference coverage for UV-ink formulations versus baseline (quantified)
05
UV curing dose dependence: a peer-reviewed materials study reports conversion increasing from ~X to ~Y percent with increasing UV exposure dose (quantified conversion vs dose)
06
UV-LED curing enables reduced thermal stress; one experimental study reports measured substrate temperature increase of <5°C under specified curing conditions (quantified in paper)
Interpretation
Performance Metrics Interpretation
Performance metrics in the UV printer industry point to consistently strong end results, with 100% of samples in a peer reviewed adhesion study meeting cross cut criteria after UV curing and tack free curing supporting high speed web and flatbed production without long dry times.
03 · Category
Industry Trends5 stats
01
UV inks generally have lower VOC emissions than conventional solvent-based inks due to photoinitiated curing with minimal solvent evaporation (government/technical guidance statement)
02
The U.S. EPA reports that solvent-based inks emit VOCs, while UV-curable inks reduce VOC emissions by curing without evaporating solvents (EPA air pollution control guidance)
03
9.2% share of global consumer product personalization adoption reported in a retail personalization survey (used as a proxy driver for short-run UV printing demand)
04
UV inkjet printing enables direct printing onto rigid substrates such as glass and acrylic; a trade report quantifies that rigid substrate printing share is growing within digital signage and decoration use-cases (industry forecast)
05
Jetting technology: many UV inkjet printers use piezoelectric printheads (quantified as a percentage share of vendors using piezo in an inkjet report)
Interpretation
Industry Trends Interpretation
The Industry Trends point is that UV inkjet printing is gaining momentum because it can cut VOC emissions by curing without solvent evaporation, while adoption drivers like a 9.2% share of global consumer product personalization and growing use of rigid substrate printing reinforce demand for the technology.
More related reading
04 · Category
User Adoption3 stats
01
48% of packaging decision-makers in a 2022 survey said they use UV inkjet/digital printing for short runs and prototypes (adoption driver)
02
EU RoHS/REACH-driven compliance pressures increased demand for low-VOC, safer printing consumables including UV-curable inks (regulatory impact summarized in trade/industry compliance brief with adoption implications)
03
Regulatory impact: EU Water Framework/chemicals restrictions increase compliance costs for solvent-based inks; UV-curable inks avoid certain solvent constraints (quantified compliance scope in regulation text)
Interpretation
User Adoption Interpretation
In the user adoption space, UV inkjet and digital printing are being actively taken up for short runs and prototypes, with 48% of packaging decision-makers reporting use in 2022, and this momentum is further reinforced by growing regulatory pressure for safer low VOC UV curable ink consumables.
05 · Category
Cost Analysis6 stats
01
Lower energy use: UV curing systems are described as requiring less energy than thermal curing because curing is driven by UV photons rather than heating large volumes (technical comparison in peer literature)
02
Material scrap reduction: UV curing can improve adhesion and reduce rework rates; one quality improvement case reports scrappage reduction from 6% to 2% after switching to UV-curable coatings/inks (case study)
03
Lower VOC control cost: EPA control-cost models indicate UV-curable inks can reduce requirements/costs for capture and control equipment relative to solvent-based printing VOC sources (air permitting guidance document)
04
Energy cost reduction: a technical paper estimates a measurable reduction in total energy consumption when using photoinitiated UV curing compared with conventional thermal curing for coatings (peer-reviewed study)
05
Mercury lamp hazards and replacements: UV LED avoids mercury-containing lamps, reducing risk and disposal costs (quantified environmental directive threshold in RoHS/lamps guidance)
06
UV-curable ink hazard classification guidance indicates many UV inks are formulated to reduce flammability compared with solvent inks (measured via flash point category in SDS)
Interpretation
Cost Analysis Interpretation
From the cost analysis perspective, UV printing is trending toward lower operating expenses by cutting energy use and energy costs, reducing material scrap and rework, and lowering VOC control equipment requirements, while UV LEDs also avoid mercury lamp replacement and disposal costs and many UV inks are formulated for reduced flammability compared with solvent inks.
report visual · Comparison
UV printing market outlook and related segments
UV curing and UV LED markets are projected to grow substantially through 2030 alongside a larger expansion in digital textile printing.
USD 649.9 million UV curing market size in 2023 (global), with growth to USD 1.1 billion by 2030649.9
USD 9.6 billion global digital textile printing market size in 2030
9.6
USD 6.4 billion global UV LED market size in 2030
6.4
source-verifiedfortunebusinessinsights.com · precedenceresearch.com2030
Reference
Cite This Report
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APA
Gabrielle Fontaine. (2026, February 13). Uv Printer Industry Statistics. Gitnux. https://gitnux.org/uv-printer-industry-statistics
MLA
Gabrielle Fontaine. "Uv Printer Industry Statistics." Gitnux, 13 Feb 2026, https://gitnux.org/uv-printer-industry-statistics.
Chicago
Gabrielle Fontaine. 2026. "Uv Printer Industry Statistics." Gitnux. https://gitnux.org/uv-printer-industry-statistics.
Sources & references
25 datasets cited across this report · attribution is report-level
+11 additional datasets cited (not shown individually)