Every few years, someone declares print media dead. Yet the global print media market was valued at $348.31 billion in 2024 and is projected to grow to $359.53 billion in 2025. Far from a dying industry, print today is a sector in transformation – one that is absorbing new technologies, redefining its relationship with digital platforms, and carving out a resilient space in a media landscape that few predicted it could survive. Understanding where print media stands today means looking at both its challenges and the remarkable innovations keeping it not just alive, but growing in new directions.

Table of Contents

The global print market: bigger than you think

When most people picture “print media,” they think of newspapers losing circulation. That picture is incomplete. The global commercial printing market stood at $480.4 billion in 2023 and is projected to reach $504.3 billion in 2025, with packaging, promotional materials, and specialty print driving much of that expansion. The wider digital print segment alone is worth $167.5 billion globally in 2025 and is forecast to grow to $251.1 billion by 2035 – a 54.3% increase in output volume. These numbers paint a very different picture from the narrative of inevitable decline.

The strongest growth is happening not in traditional newspaper or magazine publishing, but in packaging print, on-demand services, and industrial applications. The packaging segment captured 40.63% of the Asia Pacific commercial printing market in 2024, driven largely by the explosive growth of e-commerce and the need for functional, eye-catching product packaging. This shift has reoriented what “print media” means in an economic sense.

The technological revolution inside modern printing

The printing industry’s current vitality owes much to a wave of technological innovation that has fundamentally changed how print is produced, distributed, and consumed. These are not incremental upgrades – they are structural shifts in the craft itself.

Digital printing and the shift away from plates

Traditional offset printing – the dominant method for most of the 20th century – required physical printing plates, significant setup time, and large minimum print runs to be cost-effective. Digital printing eliminates this entirely: no plates, no lengthy setup, no fixed minimum quantities. This makes short runs and on-demand printing commercially viable for the first time. A publisher can now print 50 copies of a customised report as cost-effectively as a large run, and turn it around in hours rather than days.

Modern high-resolution inkjet systems can match or surpass offset quality, especially for large-format and textile applications. Meanwhile, laser printing (electrophotography) remains the preferred choice for high-volume, text-heavy output, delivering speed and consistency that analogue methods struggle to compete with. Together, these technologies have democratised access to professional-quality print production.

Variable data printing and personalisation

One of the most commercially significant advances is Variable Data Printing (VDP), which allows every item in a print run to carry different content – a different name, offer, image, or message – without slowing the press down. Digital printing enables on-demand, highly targeted and customised print products, catering to the individual preferences of consumers and businesses alike. This capability has made direct mail, personalised catalogues, and customised educational materials far more effective marketing and communication tools.

Hybrid printing: the best of both worlds

Rather than treating digital and offset printing as competitors, the industry has developed hybrid solutions that combine their respective strengths. Hybrid presses pair offset speed and volume capacity with digital flexibility, while digital tools improve prepress, proofing, and finishing in conventional settings. This approach allows print operations to serve both high-volume standard jobs and short-run customised work within the same workflow.

3D printing: expanding what “printing” means

Additive manufacturing – commonly called 3D printing – has broadened the very definition of the print industry. 3D printing allows for the creation of complex, customised products across sectors including healthcare, automotive, and aerospace, offering unprecedented precision and flexibility while reducing the need for extensive inventories. In the context of media and publishing, 3D printing is enabling the production of intricate prototypes, custom merchandise, and interactive physical products that complement printed publications.

By 2025, large-format 3D printing is achieving wider adoption across industries, driven by continued improvements in speed, cost, and material diversity. The integration of AI into 3D printing workflows is further accelerating this – algorithms now optimise designs, predict failures before they occur, and make real-time adjustments during the print process.

Printed electronics and smart paper

Perhaps the most surprising frontier in modern printing is printed electronics – the direct fabrication of electronic components onto flexible or rigid surfaces using printing processes. Conductive inks containing silver, copper, or carbon are used to create components for IoT devices, wearable technology, automotive sensors, and anti-counterfeit packaging. In marketing, Interactive Paper – powered by near-field communication (NFC) technology embedded within the paper itself – is emerging as a new category of print that bridges the physical and digital. A reader can tap a printed page with their phone and be taken directly to a video, website, or purchase page.

Artificial intelligence and automation in print workflows

AI is reshaping how print operations run from end to end. Automation is now integral to the printing process, with AI driving efficiencies across design creation, job scheduling, and production workflows. Predictive maintenance systems alert operators before equipment fails, reducing costly downtime. Quality control processes that once required manual inspection are now handled algorithmically in real time.

Web-to-print platforms – which allow customers to design, configure, and order printed products entirely online – are now considered standard in the industry. These platforms have transformed the customer experience, making print procurement as seamless as any digital transaction. Combined with print-on-demand models that eliminate excess inventory and storage costs, they have made print more economically accessible for small businesses and independent publishers.

Sustainability: the industry’s green pivot

Environmental responsibility has become a central concern for the print industry. Digital printing uses less ink, reduces waste, and is often more energy-efficient than traditional offset printing – an advantage that is increasingly important as sustainability becomes a core business criterion. The U.S. sustainable printing market is projected to grow at a CAGR of 5.5% from 2024 to 2030, reflecting how central eco-conscious practices have become to the sector’s future.

Biodegradable inks, recycled substrates, erasable printing technologies, and energy-efficient press systems are all gaining commercial traction. Some innovations are particularly striking: erasable printing – where special ink can be removed using ultraviolet light, allowing paper to be reused – directly addresses one of print’s oldest environmental criticisms. Meanwhile, cloud printing is reducing the energy and logistics costs of distributed print operations by allowing files to be sent to local printers rather than shipping physical materials across distances.

The most persistent question about print media isn’t technological – it’s existential. Does it still matter when digital platforms can deliver content instantly to billions of people? The evidence suggests the answer is a qualified yes, but with important nuance.

According to the World Press Trends Outlook 2024-2025 – based on insights from over 240 senior media executives across 85 countries – print circulation and advertising together still account for almost 45% of publishers’ revenues, even as digital platforms grow. This is not the profile of a medium in its final years. It is the profile of a medium in structural transition.

Research found that 91% of adults were still reading magazines in 2022, and print advertising was rated as more trustworthy than digital by readers. Print materials carry a physical presence that instils a sense of credibility – they are perceived as more authoritative and reliable than digital sources. In an era saturated with misinformation and algorithmically curated feeds, these qualities have real value.

There is also a reach argument that often goes overlooked. Not everyone has equal access to digital media – in many parts of the world, internet penetration remains limited, and not everyone has access to smartphones or computers, making print crucial for reaching these audiences. In regions across South Asia, sub-Saharan Africa, and rural areas globally, print remains the primary vehicle for news, educational content, and government communication.

The hybrid model: print and digital growing together

The most successful publishers today are not choosing between print and digital – they are operating both in a complementary relationship. In October 2024, The Atlantic announced it would return to monthly print editions, citing subscription growth and a return to profitability, with its editor noting that more people subscribe to its print magazine than at any time since the publication’s founding in 1857. This story – a digital-era revival of print – is a telling sign of the medium’s enduring value.

The coexistence model appears likely to persist, with format preferences stabilising based on content category, demographic factors, and specific use cases rather than one format completely displacing the other. Print editions increasingly feature exclusive photography, long-form analysis, and premium design, while digital versions handle breaking news, interactivity, and multimedia. Print media will continue to adapt, integrate new technologies, and offer experiences that digital platforms simply cannot – and publishers who understand this are thriving.

Japan offers a compelling regional example, where a rich cultural appreciation for print has produced a unique coexistence of print and digital, with manga and niche magazines continuing to thrive even as mobile internet usage grows. Similar patterns of niche-audience loyalty to print are visible across Europe and South Asia.

What the future holds: volume growth alongside digital expansion

The data on where print is headed points to a clear conclusion: overall print volumes are not collapsing, they are redistributing. Digitally printed output volume is forecast to increase from 1.8 trillion A4 print equivalents in 2025 to 2.8 trillion in 2035 – a 54% increase driven by packaging, personalisation, and industrial applications. Traditional newspaper and magazine print is declining in some markets, but this is being offset by strong growth in commercial, packaging, and specialty print.

The global printing market is set to grow to $357 billion for 2025 and is projected to reach $443 billion by 2028. The industry’s trajectory is not one of graceful decline but of active reinvention. Despite challenges posed by the rise of digital media, the commercial printing industry is experiencing steady growth – printers have adapted to changing needs by offering innovative solutions that complement digital channels rather than compete with them.

Generation Z, the first fully digital-native generation, is also having a counterintuitive influence on print. Their preference for multimedia and interactive content is already shaping demand for more engaging print products that integrate with digital experiences, while their strong commitment to environmental issues is accelerating the industry’s shift toward sustainable practices. Rather than abandoning print, Gen Z is demanding better print.

The story of print media’s current status is ultimately a story of adaptation. Technologies that once seemed threatening – digital platforms, e-commerce, social media – have turned out to be catalysts that forced the print industry to innovate, specialise, and find its irreplaceable value. The result is a sector that is simultaneously smaller in some of its oldest forms and significantly larger in new ones.

What do you think? As print and digital media increasingly operate side by side, do you believe the unique qualities of print – its credibility, tangibility, and archival value – are enough to sustain its relevance for the next generation of readers? And with innovations like NFC-embedded interactive paper blurring the line between physical and digital, where does “print media” end and “digital media” begin?

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References
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  2. https://www.gelato.com/connect/blog/commercial-printing-industry
  3. https://www.stickeryou.com/blog/post/the_state_of_print-2023-2025
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Communication and Information Technology

1 Models and Processes of Communication

  1. Communication
  2. Types of Communication
  3. Models of Communication
  4. Communication Process
  5. Barriers in Communication
  6. Strategies for Effective Communication

2 Communication for Education and Training

  1. Nature of Educational Communication
  2. Approaches to Educational Communication
  3. Electronic Communication
  4. Communication for Training
  5. Planning Communication for Education and Training
  6. Communication Skills

3 Classroom Communication

  1. Nature of Classroom Communication
  2. Using Technology in Classroom Communication
  3. Planning Classroom Communication
  4. Creating Learning Environment

4 Interactivity in Communication

  1. Nature of Interactivity
  2. Interactivity in Educational Communication
  3. Using Interactive Media for Learning
  4. Interactions and Learning

5 Technology and Educational Transactions

  1. Why Technology in Education and Training?
  2. Range of Technologies: An Overview
  3. Technology Applications

6 Technology for Design, Development and Delivery of Materials

  1. Technology for Material Design
  2. Technology for Material Development
  3. Technology for Delivery of Materials

7 Technology for Classroom Teaching and Self-Learning

  1. Technologies for Classroom Teaching
  2. Technologies for Self-Learning
  3. Instructional Designing

8 Technology Based Training

  1. Competency Development and Training Issues
  2. Computer Mediated Communication
  3. IT and Self-Learning
  4. In-House Training
  5. Design Considerations
  6. Implementation of Technology Based Training

9 Print and Human Learning

  1. Nature of Learning
  2. Learning Theories
  3. Nature of Adult Learning
  4. Learning from Print Medium
  5. Implications for Material Design

10 Development of Print Media

  1. Origin and Development of Print Medium
  2. The Print Medium and Distance Education
  3. Influences of Print Medium
  4. Current Status

11 Self-Learning Print Materials

  1. Self Instructional Materials
  2. Types of Self Instructional Materials
  3. Access Devices and Activities
  4. Development of Self-Learning Print Materials
  5. Developmental Testing

12 Issues in Reading and Study Skills

  1. Nature of Skills
  2. Learning from Print: Reading Skills
  3. Study Skills
  4. Implications for Print Material Development

13 Broadcast Media – Radio and Television

  1. Digital Audio Broadcasting(DAB) through Satellites
  2. Campus Radio
  3. Briefcase Radio
  4. Digital Terrestrial Television (DTT)
  5. Webcasting

14 Non-Broadcast Media – Audio and Video

  1. Non-Broadcast Media: Audio and Video

15 Teleconferencing

  1. Teleconferencing and Open Distance Education
  2. Synchronous Communication Technologies
  3. Teleconferencing for Teaching-Learning
  4. Computer Conferencing Technologies

16 Digital Audio and DTH

  1. Digital Audio Formats
  2. Storage Devices
  3. Digital Audio Broadcasting (DAB)
  4. Digital Video DTV and DTH
  5. Upcoming Audio-Video Delivery Technologies

17 General Considerations for Appropriateness

  1. General Considerations for Appropriateness

18 Technology Selection

  1. Technology Selection

19 Technology Integration for Teaching and Learning

  1. Technology Integration: The Concept
  2. Guidelines for Integration of Technology
  3. Assessment of Integration of Technology
  4. Barriers to the Process of Technology Integration
  5. Convergence of Technologies
  6. Miniaturisation of Technology
  7. Individualization versus Globalisation
  8. Social and Educational Impact of Information and Communication Technology
  9. Technology as a Surrogate Teacher: Strengths and Limitations

20 Technology for Professional Development

  1. Technology as a Means of Information Storage and Retrieval
  2. Technology as an Aid for Simulation and Decision Making
  3. Technology for Tele Collaboration
  4. Professional Development through Virtual Education and Training
  5. Technology and Life-Long Learning / Continuing Education
  6. Technology and New Professions / Jobs