Global Food Extrusion Equipment Market Outlook, 2031

Market Insights:
The global food extrusion equipment market is evolving alongside changes in food consumption, ingredient preferences, and the way manufacturers approach large-scale food production. Extrusion technology has become an important part of modern food processing because it allows manufacturers to cook, shape, texturize, and process different ingredients through a continuous production system. Its applications extend across snacks, breakfast cereals, pasta, bakery products, pet food, aquafeed, and specialized food ingredients. What is changing is not simply the volume of equipment being installed, but also the type of processing capabilities manufacturers expect from their production lines. Food producers increasingly need systems that can handle different formulations, maintain consistent product quality, and adapt to changing consumer preferences without requiring major changes to their manufacturing infrastructure. This is encouraging interest in twin-screw extrusion systems, particularly among producers working with high-moisture ingredients, protein-rich formulations, and more complex recipes. The growing importance of aquaculture and premium pet nutrition is also creating a dependable source of equipment demand, as feed manufacturers require better control over pellet density, moisture, texture, and nutritional consistency. At the same time, established applications such as snacks and cereals continue to support equipment replacement and capacity expansion. Demand for food extrusion equipment is supported by established food-processing applications as well as the growing adoption of advanced extrusion technologies. Manufacturers are increasingly focusing on production flexibility, consistent product quality, and the ability to process specialized ingredients across different food and feed applications.

Another important change is the growing emphasis on production flexibility and process efficiency. Food manufacturers are operating in an environment where product portfolios change more frequently, ingredient combinations are becoming more specialized, and energy costs influence investment decisions. Equipment suppliers are therefore expected to offer more than machinery alone. Buyers increasingly consider technical support, process trials, installation services, operator training, and the ability to optimize production after commissioning. This is particularly important for advanced twin-screw systems, where screw configuration, temperature management, moisture levels, and ingredient characteristics can significantly influence the final product. High-moisture extrusion is creating additional opportunities in plant-based protein manufacturing, although investment in this application remains sensitive to commercial demand and the economics of individual products. Similarly, demand for specialized aquafeed and premium pet food is encouraging manufacturers to invest in equipment capable of maintaining consistent output across different formulations. However, the market does not face the same investment conditions everywhere. Large integrated processors may continue to modernize their production facilities, while smaller manufacturers often prioritize affordable equipment and extend the operating life of existing machinery. Electricity availability, energy consumption, capital expenditure, and the shortage of skilled process engineers can also delay equipment purchases. As a result, suppliers that combine reliable machinery with application expertise, energy-conscious designs, and responsive after-sales support are better positioned to address the changing requirements of food and feed manufacturers.

Market Dynamics:
Market Drivers
• Expansion of aquaculture and demand for specialized animal feed: The growth of commercial aquaculture is increasing the need for consistent, high-quality feed that supports different aquatic species and farming conditions. Extrusion equipment helps manufacturers control pellet size, density, moisture, and water stability, which are important for feed performance and production efficiency. As feed producers expand capacity and develop more specialized formulations, they increasingly require equipment that can maintain product consistency at industrial scale. This supports investment in advanced twin-screw systems and integrated aquafeed processing lines.
• Growing demand for premium pet food and specialized food products: Pet owners are increasingly looking for products with higher-quality ingredients, functional benefits, and specialized nutritional formulations. This is encouraging manufacturers to expand their product portfolios beyond conventional dry kibble. Extrusion systems that can process different ingredient combinations, manage higher fat content, and maintain consistent product texture are becoming more relevant. Similar requirements are emerging in functional foods and protein-rich products, creating opportunities for equipment suppliers offering flexible processing capabilities and technical support.

Market Challenges
• High energy consumption and infrastructure limitations: Food extrusion involves several energy-intensive operations, including heating, cooking, drying, and mechanical processing. Rising electricity costs can increase the operating expenses of manufacturers, particularly those running older production lines. In some markets, limited grid capacity and unreliable power infrastructure can also delay the installation or expansion of processing facilities. These conditions make equipment investment more difficult for smaller manufacturers and can encourage buyers to postpone replacement decisions until the financial and infrastructure requirements become more manageable.
• Technical complexity and shortage of skilled operators: Advanced extrusion systems require careful control of screw geometry, temperature, moisture, pressure, and ingredient characteristics. Manufacturers must understand how these factors interact to achieve the required product texture, density, and quality. A shortage of experienced process engineers and trained operators can therefore limit the adoption of more sophisticated equipment, particularly in emerging food-processing markets. Equipment suppliers must increasingly provide commissioning assistance, training, remote monitoring, and process optimization services to help customers operate complex systems effectively.

Market Trends
• Increasing adoption of co-rotating twin-screw extrusion: Food manufacturers are showing greater interest in co-rotating twin-screw systems because they can handle a wider range of ingredients and formulations than conventional equipment. Their modular construction and mixing capabilities make them suitable for premium pet food, aquafeed, functional ingredients, and high-moisture protein processing. This flexibility is particularly useful for manufacturers that regularly introduce new products or need to adjust recipes without investing in entirely separate production lines.
• Integration of automation and intelligent process control: Equipment suppliers are increasingly incorporating digital monitoring, automated controls, and AI-assisted optimization into extrusion systems. These technologies can help operators monitor production conditions, adjust processing parameters, and identify variations that may affect product quality. Software-enabled support is also becoming relevant where experienced process engineers are difficult to recruit. Although advanced automation requires additional investment and technical capabilities, it offers manufacturers opportunities to improve consistency, reduce process variation, and make better use of installed equipment.



Segmentation Analysis:
By Equipment Type
• Single-screw extruders continue to serve an important role in food processing because of their relatively straightforward operation, established manufacturing practices, and suitability for conventional product categories. They are commonly used in the production of direct-puffed snacks, breakfast cereals, and basic pet food products, where manufacturers prioritize dependable output and cost-effective production. These systems are often suitable for operations with relatively standardized recipes and processing requirements. Their established position in the market is also supported by the existing installed equipment base, which creates ongoing demand for replacement, maintenance, and capacity upgrades. In the source forecast, this equipment category is expected to retain a 33% market share by 2035.
• Co-rotating twin-screw extruders are becoming increasingly important as food manufacturers work with more complex ingredients and specialized formulations. Their screw arrangement supports effective mixing, controlled processing, and the handling of high-moisture or high-fat materials. These capabilities make them suitable for premium pet food, aquafeed, functional ingredients, and plant-based protein applications. Their modular construction also allows manufacturers to adjust equipment configurations according to changing production requirements. As food processors expand their product portfolios, the ability to use one system across multiple formulations becomes an important purchasing consideration.
• Counter-rotating twin-screw extruders are used in applications where controlled compression, pressure generation, and relatively lower-shear processing are important. Their operating characteristics make them suitable for certain pasta, noodle, and cold-process dough applications, where maintaining dough structure and achieving consistent forming performance are key requirements. Compared with equipment designed for intensive mixing, these systems address more specific processing needs. Their adoption is therefore linked to manufacturers producing established food categories that require particular texture and product consistency. Equipment selection depends on recipe characteristics, processing conditions, output requirements, and the degree of control needed during production.

By Application
• Snacks and savory products represent an established application area for food extrusion equipment. Manufacturers use extrusion technology to produce different snack shapes, textures, and product formats while maintaining continuous production. Demand is supported by changing consumer preferences, the introduction of new flavors, and the expansion of packaged snack manufacturing across developed and emerging markets. Producers are also exploring protein-enriched, multigrain, and other differentiated snack formulations, creating a need for equipment that can process varied ingredient combinations. Established snack manufacturers continue to invest in equipment modernization to improve production efficiency, product consistency, and manufacturing flexibility.
• Pet food and aquafeed are important applications because their production requires close control over ingredient mixing, pellet formation, moisture, density, and nutritional consistency. Pet food manufacturers are expanding premium and specialized product ranges, while aquafeed producers need feed pellets suited to different species and farming conditions. These requirements encourage investment in advanced extrusion systems, drying equipment, and integrated processing lines. Twin-screw technology is particularly relevant where formulations involve different ingredients or require precise processing conditions. Demand is also influenced by the expansion of commercial aquaculture, higher pet ownership, and the growing importance of specialized animal nutrition.
• Breakfast cereal manufacturing relies on extrusion technology to develop different product shapes, textures, and ingredient combinations. Established cereal producers continue to use extrusion systems for conventional products, while changing dietary preferences are encouraging the development of high-protein, whole-grain, and reduced-sugar formulations. These product changes can require adjustments in ingredient handling, cooking conditions, and forming processes. In mature markets, equipment purchases are often associated with replacement cycles and targeted production upgrades rather than entirely new manufacturing capacity. Equipment flexibility, energy consumption, and the ability to maintain consistent product quality remain important considerations for cereal manufacturers.

By Process Type
• Hot extrusion is widely used across food processing because it combines cooking, mixing, shaping, and texturization within a continuous manufacturing process. It is suitable for several established applications, including snacks, breakfast cereals, pet food, aquafeed, and low-moisture protein products. Manufacturers value this process for its ability to support large-scale production and consistent product formation. Equipment configuration and operating conditions vary according to ingredient composition, moisture content, and the required final texture. As food producers introduce new formulations, hot extrusion systems are also being adapted to accommodate changing processing requirements while maintaining production efficiency.
• Cold extrusion is used where manufacturers need to shape or process ingredients without relying on the higher temperatures associated with conventional hot extrusion. It is relevant to selected protein products, probiotics, fresh doughs, and moisture-sensitive formulations where preserving ingredient characteristics or achieving a particular product structure is important. The process requires suitable control of pressure, ingredient consistency, and forming conditions. Its adoption is influenced by the development of specialized food products and the need to manage temperature-sensitive ingredients. Equipment suppliers must provide systems suited to specific formulations and production requirements rather than relying on a standard configuration.

By End-User Industry
• The food processing industry represents a broad customer base for extrusion equipment, covering manufacturers of snacks, cereals, pasta, bakery products, and plant-based foods. These businesses use extrusion technology to support continuous production, product shaping, cooking, and texturization. Equipment demand comes from both established manufacturers replacing older machinery and companies expanding capacity or introducing new product lines. Changing ingredient preferences and the need for more flexible production are encouraging investment in advanced systems. Purchasing decisions are influenced by production scale, equipment reliability, energy efficiency, product consistency, and the availability of technical support.
• Animal feed and aquafeed manufacturers use extrusion systems to produce pellets with controlled size, density, moisture, and nutritional characteristics. Feed quality is important because product performance can influence animal growth, feeding efficiency, and production outcomes. Aquafeed applications require particular attention to pellet stability and water resistance, while pet food manufacturers increasingly need equipment that can accommodate premium ingredients and specialized formulations. These requirements support demand for high-capacity and technically advanced extrusion lines. Manufacturers also consider drying, coating, ingredient handling, and process monitoring when investing in integrated feed production systems.

Regional Analysis:
• North America remains an important market for food extrusion equipment, supported by established snack, pet food, and food-processing industries. Manufacturers are investing in equipment upgrades and advanced processing capabilities, particularly for premium pet food and protein-based applications. In the United States, large food brands and specialized pet food producers create demand for sophisticated extrusion systems and high-moisture processing technologies. Canada benefits from food-processing clusters in Ontario and Quebec, while Mexico's snack and cereal manufacturing base is connected to wider North American supply chains. However, grid capacity and energy costs can influence the timing of new installations.
• Europe holds the largest regional market position, supported by its established food-processing industry and the presence of major equipment manufacturers. Germany benefits from its combination of food manufacturing and machinery expertise, while Italy has a strong connection to pasta, bakery, and integrated food-processing equipment. France supports demand for specialized extrusion applications, and the United Kingdom and Spain have established snack, cereal, confectionery, and food manufacturing activities. Across the region, investment increasingly considers energy efficiency, food safety, automation, and equipment modernization.
• Asia-Pacific is expected to be the fastest-growing regional market, driven by expanding aquafeed production, rising processed-food consumption, and increasing investment in food manufacturing. China has a substantial domestic equipment supply base, although advanced applications continue to create demand for sophisticated process-control capabilities. India is benefiting from snack manufacturing expansion and aquafeed development, while Japan's specialty food and premium pet food industries support demand for precision-oriented equipment. South Korea's snack, noodle, and functional-food producers require flexible systems, and Australia's aquafeed and pet food industries create opportunities for high-specification processing lines.
Key Developments:
• May 2026: Bühler introduced its next-generation Nutrex 7 Series extrusion systems, featuring improved hygienic design, digital technologies, and easier maintenance. The system is designed to reduce cleaning time, improve process stability, and support applications across cereals, snacks, pet food, meat alternatives, and food ingredients.
• January 2025: Bühler acquired CEREX's puffing technology to expand its processing solutions for snacks, breakfast cereals, confectionery, bakery products, pet food, and animal feed. The acquisition strengthens its capabilities in grain-based processing and provides manufacturers with additional options for product development and energy-efficient production.
• June 2025: GEA introduced its Bake Extruder for industrial bakery production at the IBA exhibition in Düsseldorf. The system supports wire-cut, co-extruded, filled, and continuous-extrusion applications, offering manufacturers greater production flexibility, shaping precision, and automated processing capabilities.
• September 2025: ANDRITZ launched the ExMax S1021 extruder for pet food and aquafeed production at VICTAM LATAM in Brazil. The equipment features automated cooking and expansion control to maintain consistent product density, while its hygienic design and energy-efficient drive system aim to improve production efficiency and reduce downtime.
• January 2025: Clextral introduced its Galaxy Texturing Technology for vegetable-protein processing. The technology combines twin-screw extrusion with specialized texturization capabilities, supporting manufacturers in developing fibrous plant-based protein products and expanding their high-moisture extrusion applications.

Considered in this report
• Historic Year: 2020
• Base year: 2025
• Estimated year: 2026
• Forecast year: 2031

Aspects covered in this report
• Global Food Extrusion Equipment Market with its value and forecast along with its segments
• Various drivers and challenges
• On-going trends and developments
• Top profiled companies
• Strategic recommendation

By Equipment Type
• Single-Screw Extruders
• Co-Rotating Twin-Screw Extruders
• Counter-Rotating Twin-Screw Extruders
• Contra Twin-Screw Extruders

By Application
• Snacks & Savory Products
• Pet Food & Aquafeed
• Breakfast Cereals
• Textured Proteins & Plant-Based Meat
• Pasta & Noodles
• Bread & Bakery Products
• Functional Ingredients & Others

By Process Type
• Hot Extrusion
• Cold Extrusion

By End-User Industry
• Food Processing Industry
• Animal Feed & Aquafeed Industry
• Nutraceuticals & Functional Food