Diaper Packaging Machines Become Capacity-Protecting Assets as Faster Converting Lines, SKU Proliferation and New Film Structures Raise the Cost of Packaging Downtime

Diaper Packaging Machine Market Size

The global diaper packaging machine market was valued at US$381.27 million in 2025 and excepted to reach US$504.59 million by 2035. Rising demand for disposable hygiene products is increasing the need for efficient diaper manufacturing and packaging equipment, supported by greater awareness of infant hygiene and sanitation. 

Growing adoption of automated and high-speed packaging technologies is encouraging manufacturers to invest in advanced machines that improve production efficiency, reduce manual intervention, and enable faster packaging of different diaper sizes and formats.

Key Takeaways

• The diaper packaging machine market is projected to increase from US$381.27 million in 2025 to approximately US$504.59 million by 2035, growing at a CAGR of 2.84%.
• The strongest commercial opportunity is not simply installing more baggers. It is eliminating packaging as a throughput constraint on increasingly expensive converting lines.
• High-speed equipment now operates at or above 1,000 products per minute, making OEE and stoppage reduction critical to investment returns.
• Rapid changeovers are becoming a form of capacity creation because plants increasingly produce multiple diaper sizes and pack counts.
• Adult incontinence packaging should become more strategically important as the underlying adult diaper market expands from US$22.12 billion to US$52.36 billion through 2035.
• Sustainable-film compatibility is moving from an optional feature toward a machinery requirement, particularly within Europe.
• Servo automation and modular design will become increasingly important as manufacturers seek smaller product batches without sacrificing production efficiency.
• End-of-line integration and lifecycle digital services provide suppliers with additional revenue beyond the initial machine sale.
• The strongest machines will therefore compete on saleable output, not theoretical speed.

Diaper Packaging Machine Market Description

The diaper packaging machine market is moving beyond a conventional end-of-line equipment model. Packaging systems are increasingly becoming an operational extension of high-speed diaper converting lines, with machine performance directly affecting production throughput, finished-pack quality, material consumption and overall equipment effectiveness.

Modern diaper manufacturers rarely operate one product in one package size. Production portfolios increasingly span newborn diapers, multiple infant sizes, baby pants, training pants, adult briefs, adult pull-on products and a growing range of institutional, retail and e-commerce pack configurations.

This complexity makes packaging flexibility increasingly important.

The machine must receive products from the converting line, count and orient them accurately, create uniform stacks, compress the stack to controlled dimensions, insert the product into flexible bags, seal the package and transfer it downstream without interrupting upstream production.

Any weakness in that sequence can restrict the economic performance of the entire line.

The competitive market is therefore moving away from a simple comparison of maximum machine speed toward a broader assessment of usable throughput, changeover losses, packaging-material flexibility, maintenance requirements and cost per saleable pack.

Another important shift is occurring around packaging materials. Hygiene manufacturers are under increasing pressure to reduce unnecessary material, improve recyclability and evaluate different film structures. Packaging equipment therefore needs a wider processing window so that brands can change packaging materials without sacrificing bag opening, film tracking, sealing quality or production speed.

The future diaper packaging machine market will consequently be shaped by automation depth, format flexibility, OEE, sustainable-film compatibility, adult incontinence production and integration with complete end-of-line systems.

Diaper Packaging Machine Market Scope

Executive Summary

The diaper packaging machine market is entering a production-efficiency cycle rather than a simple capacity-expansion cycle.

Modern diaper converting systems can already operate at exceptionally high output rates. GDM's current baby diaper platform includes production lines ranging from 600 pieces per minute to 1,200 pieces per minute, while its stacker-bagger systems support output of up to 70 bags per minute in selected configurations.

This creates a different machinery requirement.

A packaging system is no longer evaluated only according to whether it can make an acceptable bag. It must ensure that the upstream converting line can operate near its economic potential without repeated slowdowns or accumulation of unfinished products.

Format changeover has become another major investment variable.

GDM's SB70 packaging platform, for example, reports maximum efficiency of 95%, waste of up to 2%, product-count changeover in approximately 10 minutes and selected size-change operations within roughly 30 minutes.

These specifications demonstrate why productivity discussions are shifting toward OEE.

A machine that runs slightly faster but requires lengthy size changes can generate less annual saleable production than equipment offering stronger uptime and automated adjustment.

The downstream hygiene-product market also provides a supportive capacity environment. DataM Intelligence values the global diaper market at US$94.7 billion in 2025 and US$154.5 billion by 2035, while its current adult diaper market is valued at US$22.12 billion in 2025 and US$52.36 billion by 2035.

The packaging machine opportunity is therefore being supported by both infant hygiene production and a rapidly expanding adult incontinence product base.

Packaging Is Becoming the Hidden Throughput Constraint

Hygiene machinery has traditionally been evaluated from the front end of the production line.

The converting machine receives raw materials and produces finished diapers. Packaging takes place afterward.

As converting speed increases, however, the economic relationship between these two parts of the factory changes.

A diaper production line capable of generating products at very high speed cannot realize that capacity if downstream stacking and packaging repeatedly stops.

The packaging system can therefore become the effective capacity ceiling of the production line.

GDM's B12-W platform reaches 1,200 pieces per minute, while its associated high-speed packaging portfolio includes stacker-bagger equipment supporting up to 1,000 pieces per minute at the infeed.

The purchasing decision must consequently evaluate more than rated output.

Important factors include:

product accumulation;

stack stability;

compression accuracy;

bag-opening reliability;

sealing consistency;

micro-stoppage frequency;

recovery after a fault;

and synchronization with the converting machine.

The strongest equipment value proposition is increasingly protecting upstream capacity.

OEE Is Becoming More Important than Nameplate Speed

Maximum operating speed remains easy to compare between machinery suppliers, but it provides an incomplete view of production economics.

A high-speed packaging system creates limited value if operators spend excessive time clearing jams, changing formats or correcting poor bag presentation.

Overall equipment effectiveness therefore provides a more meaningful performance framework.

GDM's SB70 Red Series packaging machine reports 95% maximum efficiency and 2% maximum waste, while another high-capacity dual-bagger configuration reports 95% efficiency and 1% maximum waste.

The commercial objective is moving toward:

more saleable packs per scheduled hour;

fewer unplanned stops;

less film waste;

shorter format changeovers;

lower operator dependence;

and greater consistency between shifts.

This makes OEE one of the strongest emerging purchasing metrics for premium packaging equipment.

Rapid Changeovers Are Becoming a Capacity Investment

A diaper plant rarely produces one SKU continuously.

Different consumer groups require multiple sizes, while retailers demand different pack counts and packaging formats.

The same manufacturing site may need to shift between standard packs, value packs, e-commerce packs, pants formats and promotional bundles.

Every change creates downtime.

This means format-change speed has direct financial value.

GDM's current packaging platforms demonstrate the direction of machinery design, with selected count changes reported within approximately 10 minutes and size or thickness changeovers completed within approximately 30 minutes, depending on machine configuration.

Servo positioning and recipe-based controls can further reduce mechanical adjustment.

A machine capable of recovering several hours of annual production through shorter changeovers can effectively add manufacturing capacity without requiring a faster converting line.

This changes how return on investment should be calculated.

The value of automation increasingly comes from time recovered between products, not just higher instantaneous speed.

Pack-Size Proliferation Is Reshaping Machine Design

Retail diversification is increasing packaging complexity.

Traditional supermarket packs remain important, but diaper brands also need to support:

compact convenience packs;

monthly packs;

club-store formats;

institutional cartons;

e-commerce packs;

trial packs;

and country-specific product counts.

Different formats require different stack counts and compression ratios.

Equipment designed around one narrow pack specification becomes economically less attractive when product portfolios expand.

Modular machine architecture therefore has increasing value.

ZUIKO's Modular System demonstrates the broader direction of hygiene equipment engineering. Its platform is designed around interchangeable or modifiable machine modules so product specifications can be changed without replacing the entire production architecture. The system operates at up to 1,000 diapers per minute.

The same philosophy increasingly applies to packaging.

Flexibility becomes a form of future-proofing.

Adult Incontinence Packaging Is Emerging as a Second Growth Engine

The machinery market should no longer be evaluated almost entirely through baby diaper production.

Adult incontinence is becoming increasingly important.

DataM Intelligence values the global adult diaper market at US$22.12 billion in 2025 and US$52.36 billion by 2035, representing substantially faster downstream growth than the broader packaging-machine market.

This changes machinery requirements.

Adult briefs and adult pants can be significantly larger than baby products.

They can require:

different stack dimensions;

greater compression force;

larger packaging bags;

different pack counts;

and healthcare-specific packaging formats.

Machines designed for flexible hygiene portfolios can therefore access a larger installed-market opportunity.

Fameccanica's current converting portfolio reflects this diversification, with dedicated platforms for baby diapers, baby pants, adult diapers, adult pants and absorbent pads.

Adult incontinence packaging should consequently become one of the most strategically important investment areas through 2035.

Sustainable Packaging Is Becoming a Machinery Specification

Packaging sustainability can no longer be managed only by purchasing a different film.

The machine has to process that film reliably.

Different recyclable or reduced-material structures can alter:

film stiffness;

friction;

stretch;

thermal behavior;

sealing windows;

and bag-opening characteristics.

A packaging system optimized around one conventional polyethylene structure may therefore require adjustment or retrofit when brands introduce new material specifications.

This issue is becoming especially important in Europe.

New EU packaging rules began applying in August 2026, with a broader policy direction toward recyclable packaging, reduced unnecessary material and increasing use of recycled content.

Hygiene manufacturers therefore need equipment capable of supporting packaging change without creating major productivity penalties.

The machine industry's sustainability opportunity is not simply selling “green machinery.”

It is providing stable production across a wider material window.

Compression Engineering Is Becoming Part of Packaging Economics

Diapers contain substantial volume relative to their weight.

Compression before packaging can therefore reduce finished-pack dimensions.

This can lower:

film consumption;

secondary packaging;

warehouse space;

pallet volume;

transportation requirements;

and retail shelf footprint.

The machine must nevertheless maintain the functional integrity of the absorbent product.

Excessive compression can distort the diaper, reduce consumer perception of quality or interfere with product unfolding.

Packaging equipment therefore needs increasingly precise compression control.

As manufacturers pursue material reduction and logistics efficiency, pack compression can become a measurable contributor to total delivered product cost.

This moves the packaging machine into areas traditionally viewed as supply-chain or sustainability decisions.

Servo Automation Is Reducing Mechanical Dependence

Modern diaper packaging requires synchronized motion across several machine stages.

Servo systems increasingly control:

counting;

product feeding;

stacking;

compression;

bag positioning;

insertion;

and sealing.

This architecture provides greater flexibility than fixed mechanical gearing.

Parameters can increasingly be stored digitally and recalled when a specific product is scheduled.

That supports:

faster changeovers;

more repeatable settings;

fewer manual adjustments;

and better control of high-speed movement.

Servo automation is therefore becoming fundamental to premium machinery rather than an optional feature.

The commercial differentiation will increasingly come from the software and motion-control logic built on top of the servo architecture.

End-of-Line Integration Is Increasing Project Value

Primary diaper bagging represents only one portion of the packaging process.

Finished bags frequently move into:

inspection;

bundle formation;

case packing;

carton sealing;

labeling;

palletizing;

and warehouse handling.

Packaging machinery suppliers are therefore expanding toward end-of-line systems.

Fameccanica's portfolio includes converting, automation, robotics and end-of-line solutions for disposable hygiene manufacturing. The company reports more than 1,300 installations delivered globally and maintains digital services designed to improve production efficiency.

The commercial consequence is increasing average project value.

A supplier that previously sold a bagger can potentially deliver a complete packaging cell.

Integrated systems also reduce interface risk because fewer independent suppliers need to coordinate controls, conveyors and production data.

Digital Services Are Creating Recurring Machinery Revenue

A diaper packaging machine can remain operational for many years.

This creates substantial lifecycle revenue after installation.

Potential services include:

remote troubleshooting;

condition monitoring;

predictive maintenance;

software optimization;

production analytics;

operator training;

spare parts;

format upgrades;

and equipment modernization.

Fameccanica explicitly includes digital services within its current industrial automation model and reports operations spanning more than 1,300 delivered installations.

Large installed bases therefore provide a recurring commercial advantage.

The machinery market should increasingly be viewed as:

initial capital sale + lifecycle service + modernization + digital optimization.

Market Drivers

The principal market driver is continued investment in disposable hygiene manufacturing capacity.

The global diaper market itself is forecast by DataM Intelligence to expand from US$94.7 billion in 2025 to US$154.5 billion by 2035.

Every incremental production line requires downstream handling and packaging.

Adult incontinence provides another strong investment layer.

Higher machinery automation is also being driven by labor availability and manufacturing-cost pressure.

As line speeds rise, manual packing becomes operationally incompatible with premium production.

SKU expansion creates another driver because producers need machines capable of handling multiple sizes and pack counts.

Sustainability requirements further support retrofit and replacement demand as manufacturers evaluate new packaging materials.

Finally, digital manufacturing strategies are encouraging older mechanical systems to be replaced or modernized with connected servo-controlled platforms.

Market Restraints

The strongest market restraint is capital intensity.

High-speed fully automatic diaper packaging equipment represents a meaningful factory investment, particularly when stackers, conveyors, inspection systems and secondary packaging equipment are included.

Smaller manufacturers can therefore delay full automation.

Production-line integration creates another challenge.

A packaging machine cannot be selected in isolation from upstream output, product characteristics and downstream logistics.

Long commissioning periods or poor integration can reduce investment returns.

Another constraint is the relatively long equipment replacement cycle.

Industrial machinery can remain operational for many years, meaning revenue does not necessarily grow directly with diaper sales.

Material transition introduces additional technical risk. New packaging structures may require equipment modifications before they perform reliably at high speed.

Skilled service availability also matters. A technically advanced machine creates little value when qualified technicians or spare parts cannot be accessed quickly after a failure.

Market Opportunities

The largest opportunity is automation of high-speed converting lines where packaging can become the production bottleneck.

Adult incontinence provides a second major opportunity because the associated product market is projected to expand substantially faster than the packaging-equipment market.

Fast-changeover machinery creates another premium segment among plants operating multiple SKUs.

Flexible systems capable of packaging baby diapers, pants and selected adult hygiene products can improve customer return on capital.

Sustainable-film compatibility provides a growing retrofit opportunity, particularly in Europe.

End-of-line integration can increase individual contract values by combining bagging with case packing and palletizing.

Emerging-market automation remains attractive as regional hygiene producers replace manual or semi-automatic production.

Digital service contracts and modernization packages create another recurring revenue pool across existing installed machinery.

Segmentation Analysis

By Machine Type

Baby Diaper Packaging Machines

Baby diaper packaging remains the largest established machinery application because of the scale of global disposable infant hygiene production.

The underlying global diaper market is valued at US$94.7 billion in 2025, increasing to US$154.5 billion by 2035.

Modern baby diaper converting lines can operate at 600, 800, 1,000 and 1,200 pieces per minute, depending on configuration.

This places significant performance requirements on stackers and baggers.

GDM currently offers packaging configurations operating at up to 70 bags per minute, with some systems accepting 1,000 diapers per minute from the upstream line.

The strongest investment demand will therefore concentrate around high-speed synchronization and rapid SKU changes.

Adult Diaper Packaging Machines

Adult diaper machinery represents a smaller installed base but a stronger demographic growth opportunity.

The underlying adult diaper market rises from US$22.12 billion in 2025 to US$52.36 billion by 2035 under DataM's current outlook.

Adult packaging requires machines designed for larger products and more complex compression requirements.

The segment should gain investment priority among machinery companies capable of supporting both adult briefs and pant-style incontinence products.

By Output Capacity

Below 500 Units per Minute

Lower-output equipment remains commercially important for regional manufacturers, smaller adult hygiene lines and companies entering automated diaper packaging for the first time.

These systems generally prioritize affordability and format flexibility over maximum throughput.

They also provide a practical step between labor-intensive packaging and fully integrated high-speed automation.

500 to 1,000 Units per Minute

This range represents one of the most commercially important automated production classes.

Current global machinery portfolios offer converting platforms at approximately 600, 800 and 1,000 pieces per minute.

Packaging machinery in this segment must balance:

high output;

rapid format changes;

reasonable footprint;

maintenance accessibility;

and energy use.

Above 1,000 Units per Minute

This represents the premium high-volume production environment.

GDM currently offers a baby diaper converting line rated at 1,200 pieces per minute.

At this production intensity, even short packaging interruptions can result in substantial lost output.

The highest-capacity segment therefore places exceptional value on reliability and buffering rather than speed alone.

By Product

Disposable Diapers

Disposable diapers remain the principal product application because of high unit volume and standardized flexible-bag packaging.

The segment will increasingly require machinery compatible with thinner absorbent products, compressed packs and changing film structures.

Training Pants and Pull-On Products

Pant-style products create different folding, stacking and compression requirements from conventional taped diapers.

Growing product diversification makes flexible machine platforms particularly important in this category.

Adult Incontinence Products

Adult briefs, pants and related absorbent products are becoming strategically important because their downstream market is forecast to more than double during the period covered by DataM's current outlook.

Biodegradable and Sustainable Diapers

Sustainable diaper products represent a smaller but technically important segment.

Packaging machinery must increasingly accommodate the alternative packaging structures used alongside environmentally positioned products.

This segment may generate disproportionate retrofit demand because film characteristics can change before complete machinery replacement is economically justified.

By Operation

Semi-Automatic Machines

Semi-automatic machines remain relevant in cost-sensitive markets where production volume does not justify complete automation.

They offer lower initial capital requirements and can serve regional hygiene brands operating several flexible product runs.

Labor requirements remain higher, however, limiting their attractiveness as output rises.

Fully Automatic Machines

Fully automatic packaging will continue gaining strategic importance.

The system can integrate:

product counting;

stacking;

compression;

bag handling;

sealing;

inspection;

and discharge.

High-speed systems can reach 95% maximum operating efficiency under supplier specifications, emphasizing the performance advantage available from advanced automation.

Fully automatic machinery should therefore capture a growing proportion of investment among larger hygiene manufacturers.

By Distribution Channel

Direct Sales

Direct sales remain particularly important because diaper packaging machines require substantial engineering before installation.

Procurement frequently includes:

product testing;

factory layout;

line synchronization;

factory acceptance testing;

commissioning;

training;

and lifecycle support.

The technical complexity favors direct relationships between manufacturers and machine suppliers.

Distributors and Agents

Regional agents remain important where global suppliers do not maintain permanent local commercial operations.

Their value is greatest when they can also provide:

spare parts;

technical service;

and local-language support.

The ability to restore production rapidly is more important than simply providing the machine sale.

Regional Analysis

North America

DataM's North America Baby Diaper Market was valued at US$19.1 billion in 2022 and is projected to reach US$28.0 billion by 2031, illustrating the large downstream production base supporting machinery requirements.

Adult incontinence provides another machinery catalyst. DataM identifies North America as the dominating region in its global adult diaper market, with a 31.76% revenue-share benchmark for 2024.

The strongest machinery opportunities should therefore include:

adult incontinence capacity;

replacement of older bagging equipment;

faster SKU changeovers;

labor-saving automation;

and end-of-line integration.

Asia-Pacific

Asia-Pacific is the fastest-growing region in the existing diaper packaging machine market framework.

The region also holds the leading position within DataM's broader global diaper product market, which rises from US$94.7 billion in 2025 to US$154.5 billion by 2035.

Asia-Pacific is simultaneously an end market and a machinery-development center.

Japan contains sophisticated hygiene-machine engineering, while China has developed a large regional equipment manufacturing and export base.

ZUIKO's modular baby diaper machine operates at 1,000 products per minute and is designed to reduce power consumption by an estimated 50% compared with the company's conventional architecture, highlighting the emphasis on energy efficiency and flexible product development.

The region's future demand should increasingly divide between premium automation for multinational and large regional producers and more cost-efficient systems targeting emerging local brands.

Europe

Europe remains a sophisticated market for high-speed hygiene automation and is also one of the strongest regions for packaging-material transition.

The EU's packaging rules began applying in August 2026 and establish a direction toward recyclable packaging and greater material efficiency.

This should increase demand for:

film-handling upgrades;

sealing-system modification;

material trials;

servo-control optimization;

and new machinery with wider packaging-material capability.

Europe is also home to major machinery technology developers, including Italian and German hygiene automation specialists.

GDM's current platforms reach 1,200 diapers per minute, illustrating the advanced technical level available from European suppliers.

Latin America

Latin America remains an important expansion opportunity for regional disposable hygiene manufacturing.

Brazil represents the largest manufacturing environment, supported by substantial domestic consumption and growing adult incontinence demand.

The strongest machinery opportunity is likely to concentrate in mid- and high-capacity lines that can serve several pack sizes from a single plant.

Service availability will remain critical because international supplier downtime can materially affect factory output.

Regional machinery partnerships and spare-parts inventory should therefore remain important commercial differentiators.

Middle East and Africa

The Middle East and Africa represent a more fragmented machinery market.

Large producers in selected Gulf and African manufacturing centers can justify fully automated high-capacity lines, while smaller manufacturers require lower-capacity systems.

The region provides a long-term opportunity as local diaper production replaces imported finished products.

Urbanization, modern retail expansion and increasing penetration of disposable hygiene products should gradually strengthen the machinery investment case.

Flexible production architecture will be particularly valuable because factories may need to serve several countries with different pack counts and purchasing power.

Competitive Landscape

Key companies operating across diaper and hygiene packaging machinery include GDM, ZUIKO Corporation, Fameccanica, OPTIMA packaging group, Edson Packaging Machinery, Peixin International Group, JWC Group, Anqing Heng Chang Machinery and other specialist automation providers.

Competitive advantage is increasingly divided across four areas.

High-speed specialists compete around maximum sustainable line output and OEE.

Flexible platform companies compete around rapid format change and modular architecture.

Integrated hygiene machinery suppliers compete by combining converting and packaging equipment.

Regional suppliers compete around equipment cost, shorter delivery times and localized service.

The strongest future suppliers are likely to combine these capabilities with digital lifecycle support.

GDM

GDM occupies a strong position in high-speed hygiene converting and packaging.

Its current baby diaper portfolio spans production lines from 600 to 1,200 pieces per minute.

The company's SB70 Red Series B10 packaging platform supports 1,000 pieces per minute at infeed and up to 70 bags per minute, with maximum efficiency specified at 95% and waste at 1%.

This gives GDM a strong position where the packaging machine must protect utilization of a premium high-speed converting line.

Its competitive focus increasingly centers on:

OEE;

waste control;

servo automation;

format change;

and integrated hygiene manufacturing.

ZUIKO Corporation

ZUIKO competes strongly around high-speed production, modularity and energy efficiency.

Its ZUIKO Modular System is designed around replaceable production sections and can operate at 1,000 diapers per minute.

The company reports that the modular architecture can reduce power consumption by an estimated 50% compared with its conventional design while retaining high production performance.

This strategy is particularly relevant to manufacturers that expect product architecture to change over the lifetime of the machine.

ZUIKO's position therefore reflects the market's movement toward flexible capital equipment rather than fixed-product machinery.

Fameccanica

Fameccanica has developed a broad automation ecosystem spanning disposable hygiene converting, robotics, end-of-line systems and digital services.

The company reports more than 1,300 installations delivered worldwide, more than 1,200 active patent rights, and operations across Italy, China and North America.

Its hygiene portfolio covers baby diapers, pants, adult diapers, adult pants and absorbent pads.

This gives the company a strong position as customers increasingly seek fewer equipment interfaces across converting and packaging.

Digital services also create recurring value after installation.

Fameccanica therefore represents the industry's shift from individual machinery toward connected production ecosystems.

OPTIMA Packaging Group

OPTIMA operates within hygiene packaging through dedicated nonwoven and consumer-product machinery.

Its strongest commercial positioning is based on integrated packaging architecture rather than isolated machine stations.

For diaper and incontinence manufacturers, this type of supplier model becomes increasingly valuable as production plants integrate:

primary bagging;

secondary packing;

case handling;

and palletizing.

The future competitive advantage should increasingly come from minimizing the engineering interfaces between these stages and enabling centralized machine control.

Recent Developments Reshaping the Market

• The EU's new packaging rules began applying in August 2026, increasing the strategic importance of packaging recyclability, recycled content and material minimization for companies supplying goods into the European market.
• Current GDM hygiene equipment includes diaper converting systems operating up to 1,200 pieces per minute and stacker-baggers supporting as much as 70 bags per minute, reinforcing the industry's continued push toward higher synchronized production speeds.
• ZUIKO's modular machinery architecture demonstrates another direction of innovation, allowing product specifications to be changed through machine modules while supporting 1,000 diapers per minute and materially lower estimated energy use.
• Fameccanica continues positioning digital services alongside automation and converting equipment, reflecting the increasing importance of lifecycle production optimization across large installed machinery fleets.
• At the same time, the global adult diaper market is forecast by DataM to grow from US$22.12 billion in 2025 to US$52.36 billion by 2035, increasing the strategic importance of packaging equipment capable of processing larger adult briefs, pants and related incontinence products.