Global Modular Packaging Equipment Market Size & Share 2026-2035
Subtitle - Market Size, By Type (Primary Packaging Equipment, Secondary Packaging Equipment, Tertiary Packaging Equipment), By Automation Level (Manual Modular Equipment, Semi-Automatic Systems, Automatic Systems), By End Use (Food and Beverage, Pharmaceuticals, Cosmetics and Personal Care, Chemical and Agrochemical, Electronics, Others), By Distribution Channel (Direct, Indirect), Analysis, Share, Growth Forecast. The market forecasts are provided in terms of revenue (USD) & volume (Thousand Units).
Report ID: GMI12823
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Published Date: June 2026
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Report Format: PDF
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Authors:
Avinash Singh, Sunita Singh
Global Modular Packaging Equipment Market Size
The global modular packaging equipment market was valued at USD 16.2 billion in 2025, reflecting broad-based capital investment in flexible, reconfigurable production platforms across food & beverage, pharmaceutical, and consumer goods manufacturing. The market is forecast to reach USD 27.2 billion by 2035, advancing at a compound annual growth rate (CAGR) of 5.4% over the 2026–2035 period, according to the latest report published by Global Market Insights Inc.
Global Modular Packaging Equipment Market Key Takeaways
Market Size & Growth
Regional Dominance
Key Market Drivers
Challenges
Opportunity
Key Players
Converging structural pressures- accelerating SKU portfolios demanding rapid format changeover, tightening sustainability mandates under EU Regulation 2025/40 (the Packaging and Packaging Waste Regulation, PPWR), and persistent skilled labor shortages across high-wage manufacturing economies- are cementing modular architectures as the packaging infrastructure standard of choice for the near-to-medium term.[1] These dynamics are reinforcing both retrofit investment on existing lines and greenfield deployments of modular-first packaging systems, with demand intensity particularly pronounced across FMCG and pharmaceutical end-markets where compliance timelines and SKU velocity are highest.
Key Drivers
Drivers Impact Analysis
Driver
(~) % Impact on CAGR Forecast
Geographic Relevance
Impact Timeline
Rising SKU proliferation and demand for rapid format changeover across FMCG and pharma sectors.
+1.2% to +1.5%
Global- Europe & North America led; pharma impact concentrated in U.S., Germany, Italy
Short term (≤ 2 years)
Rising labor costs and shortages of skilled technicians driving automation adoption.
+1% to +1.3%
North America (U.S.), Europe (Germany, UK), Japan- high labor-cost markets; secondary effect in emerging markets
Medium term (2–4 years)
Growth of e-commerce & DTC fulfillment requiring flexible secondary line configurations
+0.8% to +1%
Asia Pacific (China-led), North America; accelerating in Latin America (Brazil, Mexico)
Medium term (2–4 years)
Rising SKU proliferation & demand for rapid format changeover across FMCG & pharma
Product portfolio fragmentation across FMCG and pharmaceutical end-markets has accelerated markedly over the past three years, driven by private-label expansion, consumer personalization trends, and regulatory requirements for unit-dose and specialty pharma formats. For packaging line operators, this translates into a structural requirement for modular platforms capable of executing multi-format changeovers in under 30 minutes- a benchmark increasingly embedded in capital equipment procurement criteria.
In the pharmaceutical sector, facilities across the US, Germany, and Italy are managing an expanding range of primary container formats glass vials, pre-filled syringes, blister packs, and pouches- on a single-line basis, amplifying the premium placed on validated modular reconfigurability. PMMI's 2025 State of the Industry report identifies format flexibility and minimal downtime as the two primary factors driving packaging machinery capital allocation decisions.[2]
Labor cost escalation & skilled technician shortages driving automation adoption
Manufacturing labor costs have risen persistently across OECD economies, creating a durable economic case for automation investment. OECD data indicates that hourly manufacturing earnings in the United States grew at approximately 5.4% in 2024, compounding multi-year increases that have materially shortened payback periods for automated modular equipment.[3] Germany, the UK, and Japan- each representing significant modular packaging equipment markets face comparable cost dynamics, while skilled technician shortages compound the financial incentive with operational urgency. The absolute, rather than merely proportional, reduction in labor costs that automation delivers generates the greatest absolute savings in high-wage markets, structurally shortening payback periods and reinforcing capital equipment ROI calculations across the primary target geographies.
Growth of e-commerce & direct-to-consumer fulfillment requiring flexible secondary line configurations
The continued expansion of e-commerce retail has materially altered packaging line requirements for secondary and tertiary formats- case erecting, void fill integration, and multi-SKU bundle packing creating a structural demand signal for reconfigurable secondary packaging modules. UNCTAD data confirms consistent e-commerce volume growth across all major markets, with Asia Pacific (China-led), North America, and Latin America registering the most rapid expansion.[4] The packaging consequence is a sustained shift away from fixed secondary-line configurations toward modular case-packing and palletizing architectures capable of handling variable SKU mixes and parcel dimensions.
Key Challenges
Restraint
(~) % Impact on CAGR Forecast
Geographic Relevance
Impact Timeline
Standardization gaps- interoperability between multi-vendor modular components limiting seamless line integration
−0.5% to −0.8%
Global- most acute in Asia Pacific; lower risk in Europe (OEM-dominated supply)
Short term (≤ 2 years) to Medium term (2–4 years)
Cybersecurity risks in IIoT-connected modular packaging lines deterring full digitalization adoption
−0.3% to −0.5%
Europe (GDPR/NIS2 compliance burden), North America (FDA 21 CFR Part 11 for pharma lines); lower concern in MEA/LATAM
Medium term (2–4 years) to Long term (≥ 4 years)
Standardization gaps- interoperability between multi-vendor modular components limiting seamless line integration
The modular packaging equipment market continues to operate without a dominant universal interoperability standard, creating integration complexity and total cost of ownership risk when end-users combine equipment from multiple OEM vendors on a single line. This challenge is most acute in Asia Pacific, where multi-vendor procurement strategies are prevalent and equipment compatibility issues can add meaningful commissioning time and integration cost. In Europe, OEM-dominated supply chains and more established line integration contracting structures reduce- but do not eliminate- this risk. VDMA and PMMI have progressed work on open-architecture communication protocols and standardized mechanical interfaces, but adoption remains uneven across vendor tiers.[5]
Cybersecurity risks in IIoT-connected modular packaging lines deterring full digitalization adoption
As modular packaging lines incorporate greater IIoT connectivity- cloud-linked PLCs, remote diagnostic modules, and AI-driven process control- the attack surface for industrial cybersecurity threats expands correspondingly. In Europe, compliance with GDPR and the NIS2 Directive imposes substantive obligations on manufacturers operating connected production systems, while in North America, FDA 21 CFR Part 11 requirements apply to pharmaceutical packaging environments. Survey data indicates that cybersecurity risk concerns represent a meaningful constraint on faster adoption of fully networked modular architectures, particularly among mid-market manufacturers lacking dedicated OT security programs.[6] MEA and LATAM markets face comparatively lower regulatory pressure on this dimension, though baseline exposure remains.
Global Modular Packaging Equipment Market Trends
Smart Modular Lines- IIoT, Digital Twins, and AI-Driven Predictive Maintenance
The integration of IIoT connectivity, digital twin simulation, and AI-based predictive maintenance into modular packaging platforms represents the most consequential structural shift in the modular packaging equipment market over the current forecast horizon. At the equipment level, this shift is manifest in the transition from standalone mechanical modules toward fully networked production cells capable of generating real-time operational data and executing autonomous process adjustments. The underlying driver is the convergence of declining sensor costs, expanded cloud computing capacity, and the maturation of industrial software stacks capable of processing line-level data at commercially viable price points.
In our Q4 2025 survey of 87 packaging line engineers across 12 countries, 74% indicated their organizations had either piloted or fully deployed IIoT-connected modules within the preceding 18 months- up from 41% in an equivalent 2023 survey- confirming that adoption has crossed from early-stage experimentation into mainstream industrial deployment. A Packaging World survey of 118 CPG and FMCG brand owners found that 68% prioritize automation for cost savings and 54% for waste reduction, figures that illustrate the dual operational and sustainability rationale underpinning smart line investment.
The commercial deployment most clearly illustrating this trajectory is PepsiCo's multi-year collaboration with Siemens and Nvidia- announced in October 2024- which applies physics-based digital twin technology combining Siemens' Digital Twin Composer with Nvidia Omniverse to optimize packaging and bottling line performance across North American manufacturing sites. Early pilots demonstrate measurable improvements in changeover speed, waste reduction, and supply chain resilience.
Krones AG has pursued a parallel capability through an AI-equipped digital twin platform, enabling customers to simulate beverage production line behavior before physical commissioning and optimize throughput parameters under variable SKU conditions. The more consequential shift, however, is not at the flagship level: it is the progressive embedding of IIoT-capable control architecture into mid-market modular equipment, which is expanding the accessible universe of connected-line investment well beyond the large-cap manufacturer segment. The impact timeline is short-to-medium term, with mainstream mid-market deployment concentrated in the 2026–2028 window.
Sustainability-Driven Retrofits- PPWR Compliance and Mono-Material Format Adoption
EU Regulation 2025/40- the Packaging and Packaging Waste Regulation- entered into force on February 11, 2025, and will apply across all EU member states from August 12, 2026, replacing Directive 94/62/EC. Its provisions require all packaging to be recyclable by 2030, mandate minimum recycled content targets for plastic packaging, prohibit unnecessary packaging layers, and set progressive per capita waste reduction targets extending to 2040. For the modular packaging equipment market, the regulatory significance of PPWR lies not in the regulatory text itself but in the capital equipment implications: achieving compliance by mandated timelines requires the replacement or conversion of modules handling non-recyclable, multi-material, or incompatible format packaging- changes that modular architectures facilitate at materially lower cost than equivalent fixed-line upgrades.
IMA Group and SÜDPACK MEDICA announced a joint program in January 2025 to develop polypropylene mono-material blister packaging solutions on IMA Safe blister lines, directly addressing the pharmaceutical segment's PPWR compliance requirements while enabling customers to retrofit existing line configurations rather than invest in full-line replacement. Across the broader FMCG packaging base, brand owners operating in the EU are accelerating module replacement cycles that would otherwise have extended to conventional equipment lifespans of 10–15 years.
The second-order effect is a narrowing of the cost differential between sustainability-compliant modular upgrades and continued operation of legacy fixed lines- a dynamic that is progressively tilting procurement decisions toward modular investment even in markets where regulatory pressure is less direct. In practical terms, the modular packaging equipment market is a net beneficiary of PPWR: the regulation converts a discretionary investment case into a compliance necessity on a defined timeline, pulling forward capital spending that would otherwise occur later in the equipment replacement cycle.
Robotics & Cobots Displacing Hard-Tooled Fixed Automation
The displacement of fixed, hard-tooled packaging automation by robotic and collaborative robot (cobot) modules has accelerated markedly, supported by improvements in gripper technology, vision systems, and programming accessibility. IFR's World Robotics 2025 report documented 64,542 cobot installations globally in 2024- a 12% year-on-year increase- with cobots reaching 11.9% of all industrial robot installations, up from 10.6% in 2023.[7] In the food & beverage sector specifically, IFR recorded a 21% increase in industrial robot installations in 2024, reflecting the accelerating adoption of robotic palletizing, case packing, and pick-and-place modules across FMCG lines.
The commercial rationale is well-established: cobot modules deployable without safety caging reduce floor space requirements by up to 50% versus conventional robot cells. ProMach's Wexxar Bel BEL625 Robotic Case Erector- launched at PACK EXPO Las Vegas in September 2025- demonstrates the modular integration standard now reaching mid-market secondary packaging lines, combining robotic case forming with upstream and downstream ProMach module compatibility. In the pharmaceutical sector, Syntegon's SynTiso liquid filling platform- launched at Pharmatag 2025 in Germany- achieves up to 600 containers per minute with full automation and contactless suspended transport, enabling 50% shorter batch changeovers in a reduced footprint.
These deployments illustrate a pattern of increasing performance convergence between robotic modular configurations and legacy fixed-line systems, closing the throughput gap that has historically restrained robotic adoption in high-volume pharmaceutical and food applications. The impact timeline is short-to-medium term, with the most rapid displacement occurring in secondary and tertiary packaging segments where throughput requirements are less stringent than in primary pharmaceutical filling.
Global Modular Packaging Equipment Market Analysis
By Type
Primary packaging equipment
Primary packaging equipment is the dominant segment, accounting for 55.3% of the global modular packaging equipment market in 2025 and is projected to advance at a CAGR of 5% through 2035. Demand is concentrated in filling, sealing, and forming modules across food, beverage, and pharmaceutical applications- categories where format diversity, sterility requirements, and PPWR-driven material transition pressures are most acute. In the pharmaceutical sub-segment, the proliferation of biologics, pre-filled syringes, and specialty drug delivery formats has established validated modular reconfigurability as a non-negotiable procurement criterion.
Syntegon's SynTiso- capable of processing up to 600 vials, syringes, or cartridges per minute with full in-process control- and IMA Group's IMA Fillshape aseptic rotary filler, deployed at Polish dairy producer Polmlek in 2024–2025 for aseptic spouted pouch production, represent the upper performance range of modular primary packaging capability across regulated and food-grade applications. The convergence of IIoT-connected control architecture with format-flexible primary modules is creating a sustained upgrade cycle, as manufacturers replace first-generation modular equipment with networked platforms capable of real-time diagnostics and remote servicing- a transition that will sustain primary segment revenue growth across the full forecast period independent of greenfield line construction.
Secondary packaging equipment
Secondary packaging equipment represents 37.9% of the modular packaging equipment market in 2025 and is forecast to grow at the highest rate among the three type segments, at a CAGR of 6% over 2026–2035. This above-market growth rate reflects the segment's direct alignment with e-commerce-driven secondary line reconfiguration and robotic module displacement of fixed case-erecting and palletizing equipment. ProMach's Serpa DP260 Drop Packer- unveiled at PACK EXPO Las Vegas in September 2025- and Multivac's W 510 flowpacker, producing up to 120 packs per minute with full Multivac Cloud connectivity and real-time diagnostics, represent the connected secondary module standard establishing itself across FMCG and food production globally.
Tertiary packaging equipment
Tertiary packaging equipment accounts for the remaining 6.8% of the modular packaging equipment market, expanding at a CAGR of 5.3%, with demand driven by logistics automation in large-scale FMCG and e-commerce distribution. Robopac/Aetna Group's automated stretch wrapping platforms serve as the integration endpoint for modular secondary line outputs in this segment, illustrating how tertiary equipment demand is structurally coupled to upstream secondary line reconfiguration activity.
By Distribution Channel
Direct
The direct distribution channel accounts for 55.8% of the global modular packaging equipment market in 2025 and is projected to grow at a CAGR of 4.7% through 2035. Direct sales- encompassing OEM-to-end-user contracts, turnkey line integrations, and lifecycle service agreements managed by equipment manufacturers- remain the preferred procurement model for large-scale, high-complexity installations where technical customization, validated qualification, and long-term service requirements favor direct OEM engagement.
Pharmaceutical and beverage manufacturing represent the strongest direct-channel verticals: Krones AG's full-line beverage packaging supply model, spanning primary filling through tertiary palletizing with integrated digital twin and predictive maintenance service, exemplifies the value proposition that sustains direct channel dominance in high-capital, high-complexity applications. The direct channel's slower growth rate relative to the indirect channel reflects increasing end-user engagement with systems integrators and value-added resellers for mid-range module additions, particularly in emerging geographies where OEM service density is lower.
Indirect
The indirect distribution channel represents 44.2% of the modular packaging equipment market in 2025 and is forecast to advance at a CAGR of 6.3%- the highest channel growth rate- driven by the expansion of third-party systems integrators, value-added resellers, and regional distributors serving mid-market manufacturers in Asia Pacific, Latin America, and MEA. The indirect channel's growth advantage reflects the structural expansion of packaging manufacturing capacity in emerging markets, where OEM direct networks are frequently supplemented by regional integrators capable of providing local technical support, combined with the increasing modularization of packaging systems that enables integrators to combine modules from multiple OEM suppliers.
Supply chain leads interviewed across mid-tier FMCG manufacturers in Asia Pacific and Latin America indicate that 60% are actively evaluating third-party integration partners for secondary packaging additions planned by mid-2026- a materially higher proportion than equivalent 2023 survey levels. The longer-term implication is a growing competitive tension between OEM direct organizations and integrator networks, particularly in APAC markets where multi-vendor procurement is most prevalent and where indirect channel economics are most favorable.
By Region
North America Modular Packaging Equipment Market
North America accounted for 28.4% of the global modular packaging equipment market in 2025 and is projected to expand at a CAGR of 4.3% through 2035. The US market- which reached USD 11.3 billion in total packaging machinery sales in 2024, per PMMI data- functions as the single largest national market for German packaging equipment exports, receiving approximately €1.8 billion in German machinery in 2024. Demand in the US is concentrated in food & beverage and pharmaceutical end-markets, with modular equipment investment driven by compounding labor cost escalation- OECD data confirms US manufacturing earnings have sustained multi-year increases that have materially compressed automation payback periods across the food, beverage, and pharmaceutical segments - FDA 21 CFR Part 11 compliance requirements for pharmaceutical packaging lines, and secondary line reconfiguration demands generated by expanding e-commerce fulfillment operations.
Federal labor statistics confirm that over 12.8 million workers are employed in US manufacturing, with industrial machinery mechanics projected to add over 41,000 new positions through 2034 as equipment automation deepens.[8] Canada's packaging machinery market reached USD 1.2 billion in 2024, with demand concentrated in food processing and consumer goods manufacturing. Across the region, robotic integration specialists operating in the indirect channel are gaining ground as a procurement pathway for flexible secondary packaging line additions, particularly among mid-market FMCG and food processors investing in e-commerce-compatible line configurations.
Europe Modular Packaging Equipment Market Trends
Europe is the largest regional market, commanding a 33.4% share of the global market in 2025 and projected to grow at a CAGR of 4.5% through 2035. The European market operates from a dominant OEM manufacturing base: Germany and Italy collectively host the world's leading packaging equipment manufacturers- Krones, Syntegon, IMA, Multivac, and Marchesini among them- underpinned by a deeply integrated supplier and systems integration ecosystem that supports full-line domestic procurement and global export capacity. The regulatory environment is the defining investment driver for the current cycle: PPWR (EU Regulation 2025/40), in force from February 2025 and applying from August 2026, is generating a broad compliance-driven retrofit program across packaging operations in Germany, France, Italy, the Netherlands, and across EU member states.
UK manufacturers face equivalent pressures under domestic extended producer responsibility (EPR) obligations, accelerating module-level investment in recyclable-format-compatible filling and forming equipment. NIS2 Directive compliance requirements- applicable across the EU- add a cybersecurity dimension to IIoT-connected line investments, creating procurement complexity that OEMs including Krones and Syntegon are addressing through dedicated industrial security certification programs. Leading European OEMs have committed to facility expansions and production capacity investments ahead of the August 2026 PPWR application deadline, reinforcing the region's structural position as both the largest consumer and the largest supplier base in the global market.
Asia Modular Packaging Equipment Market
Asia Pacific represents 26.4% of the global modular packaging equipment industry in 2025 and constitutes the fastest-growing region, expanding at a CAGR of 7.2% through 2035. China accounted for over 54% of global industrial robot installations in 2024, according to IFR, reflecting the scale of automation investment underway in its manufacturing base- a dynamic that directly benefits modular packaging equipment suppliers targeting Chinese food, consumer goods, and pharmaceutical production. India presents the most consequential medium-term growth opportunity in the region: rising packaged food consumption, expanding pharmaceutical manufacturing supported by the Production Linked Incentive (PLI) scheme, and a rapidly developing modern retail and e-commerce infrastructure are collectively driving demand for both greenfield modular installations and upgrade investment on established lines.
In our Q1 2026 primary research covering 35 packaging line procurement heads across China, India, and Southeast Asia, changeover speed was identified as the primary equipment selection criterion by 68% of respondents- ahead of total cost of ownership at 54%- confirming the structural demand for modular flexibility as the central competitive parameter in APAC procurement decisions. Japan and South Korea maintain highly automated packaging manufacturing bases with established OEM relationships, while Vietnam, Thailand, and Indonesia represent a rising tier of greenfield packaging capacity investment supported by FMCG supply chain diversification initiatives.
Global Modular Packaging Equipment Market Share
The global modular packaging equipment industry exhibits moderate concentration at the top of the competitive hierarchy, with the five leading players collectively accounting for 33.9% of global market share in 2025. Krones AG holds the market leadership position at 12.1% share, a position underpinned by its dominant presence in beverage packaging- encompassing filling, labeling, inspection, and conveyor modules- and its expanding digital service capability. The remaining 66.1% of the modular packaging equipment market is distributed across a fragmented field of specialized OEMs, regional equipment manufacturers, and systems integrators, reflecting the breadth of the application base and the persistence of segment-specific technical requirements that prevent any single supplier from achieving dominant cross-segment share.
Krones AG's competitive position is built on full-line integration capability: the company's ability to supply beverage packaging lines from primary filling through tertiary palletizing- and to connect them via its proprietary digital twin and predictive maintenance platform- provides a differentiated value proposition in customer segments where systems simplicity and lifecycle support are primary procurement criteria. The company's 2025 acquisitions of GHS Separationstechnik (60% stake, July 2025) and Can Systems Worldwide, Netherlands (September 2025), extend its technology footprint into solid-liquid separation and specialized can end handling, incrementally broadening its addressable scope in beverage and food processing applications. These transactions reflect a deliberate strategy of technology adjacency expansion rather than large-scale consolidation- a capital-efficient path to scope extension that preserves financial flexibility for further incremental moves.
Our H2 2025 primary research covering 55 mid-to-large consumer goods manufacturers across North America and Europe found that 63% had consolidated their modular packaging equipment relationships to two or fewer primary vendors over the preceding three years- a structural shift that benefits large-scale, full-line suppliers over boutique specialists. This vendor consolidation reflects the increasing value assigned to integrated digital service capabilities: manufacturers managing networked modular lines have a clear operational incentive to work with suppliers whose remote diagnostics, software update, and spare parts programs cover the full installed base rather than a subset. The second-order effect is a pricing dynamic that increasingly favors solution value over unit equipment cost, giving scale OEMs with comprehensive service platforms a durable margin advantage over component-only competitors.
Syntegon Technology- valued at approximately €4 billion in CVC Capital Partners' ongoing sale process as of November 2025, attracting interest from a CD&R-Koerber consortium, GEA Group, and Coesia- holds a significant position in pharmaceutical and food primary packaging equipment, with particular strength in filling, forming, and inspection modules. Its competitive edge lies in validated pharmaceutical equipment platforms and a growing modular food packaging portfolio. IMA Group competes across pharmaceutical and industrial packaging with strength in blister packaging, sachet filling, and secondary case-packing, reinforced by its SÜDPACK MEDICA PPWR compliance collaboration and the CPVU compact case packer launch in April 2025.
Multivac Group maintains strong positions in thermoforming and flow-wrapping across food and pharmaceutical markets, with its cloud-connected diagnostics platform differentiating its performance on lifecycle cost of ownership metrics. ProMach Inc. has pursued an aggressive acquisition-led growth strategy- acquiring DJS Systems in May 2025 and DFT Technology GmbH, Germany in December 2025- progressively broadening its full-line secondary and process packaging capabilities across North American and European markets. The Syntegon ownership transition, if concluded, would represent a significant consolidation event in the European modular packaging equipment competitive landscape, potentially realigning pharmaceutical equipment market dynamics depending on the acquirer's existing portfolio position.
Global Modular Packaging Equipment Market Companies
Major players operating in the Global modular packaging equipment industry are: Cama Group, Coesia Group, Combi Packaging Systems, Fuji Machinery Co., Ltd., IMA Group, Ishida Co., Ltd., Krones AG, Marchesini Group, Massman Companies, Mpac Group plc, Multivac Group, Nichrome India Pvt. Ltd., Optima Packaging Group, ProMach Inc., Robopac / Aetna Group, Schubert Group, Sidel Group, Syntegon Technology, TNA Solutions, Truking Technology Ltd., and ULMA Packaging.
Krones AG holds the leading global market position in the modular packaging equipment market, operating across filling, labeling, inspection, conveying, and palletizing modules for beverage, food, and consumer goods manufacturers. The company's competitive differentiation is anchored in its integrated digital service platform- including an AI-equipped digital twin for beverage line simulation and predictive maintenance- and its full-line supply model, which positions it as a single-vendor solution for complete packaging line procurement. Its 2025 M&A activity encompassing GHS Separationstechnik (July 2025) and Can Systems Worldwide (September 2025) reflects a strategy of incremental technology adjacency acquisition to deepen process integration capability.
Syntegon Technology is a leading global supplier of primary and secondary packaging equipment for pharmaceutical and food applications. Its SynTiso high-speed pharmaceutical liquid filling platform- capable of processing up to 600 containers per minute- and MLD Advanced RTU syringe filling system represent the frontline of its regulated-market portfolio, while its food packaging business, anchored at the expanded Remshalden facility, serves biscuit, confectionery, and bakery applications with modular horizontal flow-wrapping systems. The ongoing CVC-managed ownership transition process signals a potential change in strategic direction that could accelerate further consolidation in the pharmaceutical packaging equipment segment, depending on the identity of the acquiring entity.
IMA Group is an Italian-headquartered OEM with deep pharmaceutical and industrial packaging capabilities spanning blister packaging, sachet filling, tea and coffee packaging, and secondary case-packing. The IMA BFB CPVU compact vertical case packer- designed for high-speed, high-efficiency secondary packaging in space-constrained environments- and the IMA Safe blister line platform, which underpins the group's PPWR-compliant polypropylene mono-material pharmaceutical program, reflect IMA's focus on compliance-driven and throughput-optimized modular platforms across both primary and secondary applications. IMA's January 2025 partnership with SÜDPACK MEDICA on polypropylene mono-material pharmaceutical packaging positions it at the intersection of PPWR compliance and pharmaceutical primary packaging.
Multivac Group operates across thermoforming, tray sealing, flow-wrapping, and labeling for food, pharmaceutical, and medical device packaging. The MULTIVAC W 510 flowpacker- featuring full Multivac Cloud diagnostic connectivity and real-time remote monitoring- and the RX 4.0 Thermoformer, showcased at the company's UK Packaging & Processing Forum in October 2025 and at IFFA Frankfurt 2025, exemplify the connected modular standard the company is embedding across its product portfolio, with cloud-linked lifecycle management positioned as the primary differentiator on total cost of ownership metrics.
ProMach Inc. is a US-headquartered full-line packaging solutions company spanning filling, capping, labeling, case packing, and palletizing, with over 50 product brands organized across multiple business units. Its active acquisition strategy- DJS Systems (May 2025), expanding its disposable food service packaging automation capability, and DFT Technology GmbH, Germany (December 2025), adding sterilization and thermal treatment process capability- demonstrates a deliberate approach to broadening both geographic reach and application scope across North American and European markets. At the product level, the company's PACK EXPO Las Vegas 2025 launches signal continued investment in modular robotic secondary packaging, targeting food, personal care, and consumer goods line configurations.
Coesia Group is an Italian multinational with modular packaging technology positions spanning industrial, tobacco, and consumer goods packaging through brands including R.A Jones, Volpak, and FlexLink. Its reported interest in acquiring Syntegon- if concluded- would represent a significant consolidation event in the European modular equipment competitive landscape. Cama Group specializes in secondary packaging automation for FMCG and food, with particular expertise in robotic pick-and-place and high-speed cartoning systems. Combi Packaging Systems focuses on end-of-line secondary and tertiary packaging in the North American market. Fuji Machinery Co., Ltd. and Ishida Co., Ltd. are Japanese OEMs with established positions in flow-wrapping and multihead weighing systems respectively, serving Asia Pacific and global food production customers.
12.1% market share
The collective market share in 2025 is 33.9 %
Global Modular Packaging Equipment Industry News
Market Concentration Score
The global modular packaging equipment market scores 4 out of 10 on the market concentration scale, reflecting a fragmented competitive structure in which the top five producers- Krones AG (12.1% share), Syntegon Technology, IMA Group, Multivac Group, and ProMach Inc.- collectively hold approximately 33.9% of global revenues, while a dispersed secondary tier comprising more than fifteen application-specific OEMs, regional equipment manufacturers, and systems integrators accounts for the remaining 66.1%, producing a bifurcated competitive structure with distinct concentration dynamics at the full-line integration and segment-specialist tiers.
The global modular packaging equipment market research report includes in-depth coverage of the industry, with estimates & forecasts in terms of revenue (USD Billion) and volume (Thousand Units) (from 2022 to 2035), for the following segments:
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Market, By Type
Market, By Automation Level
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