Europe Plastic Recycling Machine Market

Plastic Recycling Machine Industry in Europe Forecast 2025 to 2035

The plastic recycling machine industry in Europe is projected to grow from USD 1.42 billion in 2025 to approximately USD 2.10 billion by 2035, registering an absolute increase of USD 680 million during the period. This represents a total expansion of 47.9%, with demand expected to rise at a compound annual growth rate (CAGR) of 4.2% through the forecast timeline. Growth is primarily influenced by recycling infrastructure upgrades, policy-driven sustainability mandates, and the integration of advanced processing technologies across regional facilities.

Quick Stats on Plastic Recycling Machine Industry in Europe

• Europe Plastic Recycling Machine Sales Value (2025): USD 475.0 million
• Europe Plastic Recycling Machine Forecast Value (2035): USD 675.0 million
• Europe Plastic Recycling Machine Forecast CAGR: 3.6%
• Leading Machine Type in Europe Plastic Recycling Machine Demand: Shredders (28.4%)
• Key Growth Countries in Europe Plastic Recycling Machine Demand: Poland, France, and Germany
• Poland Country Leadership: Poland holds 4.9% CAGR, leading country growth
• Top Key Players in Europe Plastic Recycling Machine Demand: EREMA Engineering Recycling, GENIUS MACHINERY, Aceretech Machinery Co., Ltd, Next Generation Recyclingmaschinen GmbH, Plastics Machinery Group International Ltd.

The industry is shaped by rising waste management requirements, extended producer responsibility frameworks, and the European Union’s circular economy initiatives, which aim to reduce landfill dependency and strengthen closed-loop material recovery systems. Automation, digital monitoring, and process optimization have improved processing efficiency and energy performance across multiple recycling stages, including shredding, washing, granulation, and extrusion.

Germany, Italy, and the Netherlands represent the primary manufacturing and engineering hubs for recycling machinery. Germany’s established industrial base supports strong integration of recycling technology within large-scale polymer and chemical operations. Italian manufacturers focus on extrusion and pelletizing systems optimized for high-throughput recycling, while Dutch firms emphasize modular, space-efficient machinery suitable for decentralized processing setups. Together, these countries underpin regional technological advancement and system standardization.

Adoption patterns indicate a growing preference for automated and sensor-integrated recycling lines. Robotics, optical sorting, and real-time monitoring tools are increasingly applied to ensure consistent output and lower contamination rates. Many recycling plants have also introduced closed-loop water filtration and heat recovery systems, improving operational efficiency and environmental performance. Northern European facilities are experimenting with hybrid processing lines capable of handling mixed and contaminated plastics, aligned with the EU’s recyclate quality standards.

The European industry structure includes a blend of multinational manufacturers and smaller specialist producers. Large-scale firms typically supply turnkey installations for integrated recycling facilities, offering comprehensive design and after-sales support. Meanwhile, small and medium-sized enterprises serve local operators with adaptable machines designed for varying input volumes and polymer types, such as PET, HDPE, or LDPE.

Technological innovation remains central to industry competitiveness. The integration of predictive maintenance systems has reduced downtime, while improved material handling technologies now accommodate bio-based and post-industrial plastics. Collaboration among manufacturers, research institutions, and environmental organizations continues to enhance processing efficiency and recyclate yield.

Policy incentives and circular economy targets remain key demand enablers. EU directives promoting mechanical and chemical recycling have driven modernization and capacity expansion across European production centers. Combined with steady industrial investment, these measures reinforce the region’s position as a leading hub for plastic recycling machinery development and deployment.

Europe Plastic Recycling Machine Key Takeaways

Metric	Value
Europe Plastic Recycling Machine Sales Value (2025)	USD 475.0 million
Europe Plastic Recycling Machine Industry Forecast Value (2035)	USD 675.0 million
Europe Plastic Recycling Machine Industry Forecast CAGR (2025-2035)	3.6%

Why are Sales of Plastic Recycling Machines in Europe Growing?

Sales of plastic recycling machines in Europe are growing due to the combined influence of regulatory enforcement, industrial modernization, and expanding recycling infrastructure across the region. The introduction of stricter plastic waste management directives and the European Union’s circular economy framework has accelerated equipment demand among recycling operators, manufacturing facilities, and waste processors.

These regulations encourage the use of efficient, automated, and resource-optimized recycling systems that enhance material recovery rates while reducing environmental impact. As a result, manufacturers are adopting machines capable of handling multiple polymer types and operational capacities to support the continent’s sustainability goals.

Modern recycling operations increasingly depend on advanced machinery to achieve consistent product quality and efficient resource utilization. Equipment capable of integrating shredding, washing, sorting, granulation, and extrusion within a unified system is preferred, as it minimizes manual intervention and energy use. Machine designs incorporating automated feeding, contamination detection, and process monitoring ensure higher throughput and improved recyclate uniformity. This level of technological integration supports large-scale recycling efforts while meeting evolving regulatory and industrial standards across European regions.

The emphasis on plastic waste reduction and material recovery continues to shape equipment investment patterns. Heightened environmental awareness among industries and consumers has prompted operators to prioritize machines that balance performance, cost efficiency, and ease of maintenance. European manufacturers remain at the forefront of this transition, supplying high-performance systems designed for reliability, low energy consumption, and operational flexibility. Their equipment often serves as the reference standard for global recycling technology, supported by long-term engineering expertise and compliance with EU environmental directives.

Growing collaboration between machine manufacturers, recycling firms, and local governments is further contributing to sustained demand. These partnerships focus on upgrading regional recycling capacity, improving waste segregation systems, and standardizing equipment performance benchmarks. As recycling volumes expand and material input streams diversify, operators increasingly favor modular machine configurations that can be adapted for specific polymers or scaled for future capacity growth.

The steady alignment of policy objectives, technological innovation, and environmental accountability continues to drive equipment replacement and new installation cycles across Europe. This environment fosters ongoing investment in plastic recycling machinery, reinforcing the region’s position as a global leader in sustainable polymer processing technologies and circular material recovery systems.

Opportunity Pathways - Sales of Plastic Recycling Machine in Europe

The Europe plastic recycling machine sector stands at a pivotal juncture of steady transformation and expansion. With demand projected to grow from USD 475.0 million in 2025 to USD 675.0 million by 2035, a solid 42.1% increase, the sector is being reshaped by regulatory imperatives, sustainability preferences, and the pursuit of operational efficiency with minimal processing complexity. As operators seek effective plastic recycling solutions without compromising operational quality, plastic recycling machines emerge as mission-critical waste management equipment rather than optional processing tools.

Europe, led by Poland (4.9% CAGR) and supported by France's environmental leadership, Germany's manufacturing excellence, Netherlands' recycling innovation, and Italy's processing capabilities, represents not just a geography of demand but a laboratory of innovation where processing reliability, material recovery optimization, and operational efficiency are moving from traditional waste disposal to advanced recycling solutions. The confluence of environmental regulations, circular economy requirements, and operational optimization creates fertile ground for plastic recycling machine solutions that deliver effective material processing with maximum operational convenience.

Strategic pathways encompassing machine type optimization, technology advancement, plastic type specialization, and capacity configuration development offer substantial performance enhancement opportunities, particularly for manufacturers and operators positioned at the plastic recycling technology frontier.

Pathway A - Shredder Technology Innovation and Material Reduction Excellence. Shredder systems representing 28.4% of machine type demand provide superior plastic size reduction, operational efficiency, and processing versatility appealing to operators prioritizing plastic waste preparation and material handling. Manufacturers offering advanced shredder systems with optimized cutting can command 15-25% efficiency premiums while capturing processing-focused operators across European facilities. Expected revenue pool: USD 135-200 million.

Pathway B - Automatic Technology Performance and Processing Automation. Automatic systems representing 64.8% of technology demand provide exceptional processing efficiency, reduced labor requirements, and consistent operation appealing to operators focused on automated plastic processing. Suppliers offering premium automatic recycling machines with advanced automation can maintain substantial processing advantages while supporting 20-30% efficiency benefits across recycling operations. Technology opportunity: USD 310-470 million.

Pathway C - PET Processing Specialization and High-Value Material Recovery. PET processing representing 32.6% of plastic type demand create opportunities for specialized positioning through bottle recycling, food-grade recovery, and high-quality pellet production. Equipment manufacturers offering PET-specific recycling machines with appropriate contamination handling can capture 25-35% specialization premiums in PET recycling segments. Specialization potential: USD 155-235 million.

Pathway D - Medium Capacity Processing and Operational Versatility. 100-500 kg/h capacity systems representing 42.9% of capacity demand provide optimal balance between throughput and operational flexibility appealing to operators seeking scalable recycling solutions. Equipment manufacturers offering medium-capacity recycling systems with modular design capabilities can capture operational advantages while maintaining efficiency-focused and adaptable processing facilities. Capacity segment: USD 205-310 million.

Pathway E - Extrusion Technology Performance and Pellet Production. Extrusion systems representing 24.7% of machine type demand enable efficient pellet production and material refinement capabilities serving specialized processing requirements. Equipment manufacturers offering advanced extrusion systems with superior processing can capture pellet production occasions and specialized material situations while generating 20-30% processing premiums over shredding alternatives. Extrusion opportunity: USD 115-175 million.

Segmental Analysis

The plastic recycling machine industry in Europe is segmented by machine type, technology, plastic type, and processing capacity per capita spending. By machine type, the industry is categorized into shredders, extrusion systems, grinders, sorting units, and mixers. By technology, demand is divided into automatic and semi-automatic systems.

By plastic type, the segmentation spans PET, PE, PP, PVC, and other polymer categories. By capacity per capita spending, installations are classified into below 100 kg/h, 100–500 kg/h, and above 500 kg/h configurations. Regionally, demand is concentrated across Germany, France, the UK, Italy, Spain, the Netherlands, and Poland.

Which Machine Type Holds the Largest Share in Europe?

Shredders are projected to account for 28.4% of Europe’s plastic recycling machine sales in 2025, emerging as the leading machine type across the region. This dominance is linked to the essential role shredders play in the preliminary stages of recycling, providing consistent plastic size reduction, feedstock preparation, and processing versatility. European operators prefer shredders for their reliability, adaptability, and compatibility with a wide range of plastic types and operational capacities.

Continuous product innovations such as optimized blade geometry, enhanced wear-resistant materials, and improved automation are refining shredder performance and safety features. Rising plastic waste volumes across Europe are reinforcing demand for effective size reduction solutions, ensuring the shredder segment remains central to regional recycling operations.

• Shredders maintain leadership due to processing versatility and reliability in diverse recycling environments.
• Ongoing design improvements enhance operational efficiency and machine longevity.

Which Technology Type Dominates European Plastic Recycling Equipment?

Automatic technology is expected to represent 64.8% of Europe’s plastic recycling machine sales in 2025, reflecting a clear shift toward automation across recycling facilities. Automatic systems offer higher efficiency, reduced labor requirements, and consistent processing control, making them suitable for large-scale, continuous operations. These systems allow recyclers to streamline throughput while maintaining uniform output and lowering operational costs.

European operators continue to favor automated machinery for its ability to improve precision, minimize manual intervention, and integrate digital monitoring functions. The segment’s sustained expansion is driven by equipment modernization programs, regulatory compliance requirements, and the ongoing replacement of older semi-automatic systems with fully automated solutions.

• Automation ensures operational consistency and cost efficiency across recycling facilities.
• Regional investments focus on digital integration and system upgrades to enhance productivity.

Which Plastic Type Accounts for the Largest Processing Share in Europe?

PET is projected to represent 32.6% of sales in 2025, underscoring its importance in Europe’s plastic recycling activities. PET systems are primarily used for bottle-to-bottle recycling, food-grade recovery, and the production of high-quality recycled pellets. These applications require equipment capable of advanced contamination control and precise temperature management to meet strict product quality standards.

Europe’s well-established PET collection networks, supported by regulatory recycling targets and consistent consumer participation, reinforce equipment demand. The segment benefits from continuous consumption of PET-based packaging, stable material prices, and dedicated processing infrastructure across major European countries. Recycling facilities prioritize PET processing for its economic value, established recovery systems, and alignment with food-grade recycling standards.

• PET retains the largest share due to strong collection systems and consistent packaging demand.
• Specialized equipment supports high-quality pellet production and food-grade material recovery.

What are the Drivers, Restraints, and Key Trends Determining Sales of Plastic Recycling Machines in Europe?

Sales of plastic recycling machines in Europe are driven by expanding regulatory enforcement, national recycling mandates, and the European Union’s circular economy policies. These frameworks promote material recovery, restrict landfill use, and encourage investment in modern processing equipment.

Growing industrial demand for sustainable production methods and post-consumer plastic utilization further supports equipment adoption. The rise in packaging waste collection and the establishment of extended producer responsibility schemes have strengthened recycling infrastructure, creating sustained demand for efficient and automated recycling systems.

Industry growth is restrained by high initial investment costs, complex installation requirements, and varying contamination levels in collected plastic waste. Many recycling facilities operate under tight budget constraints, limiting their ability to replace or upgrade equipment.

Inconsistent waste segregation across regions also reduces processing efficiency and increases operational downtime. Maintenance needs, energy consumption, and the requirement for skilled technical personnel add to operational challenges, particularly for small and medium-sized recyclers managing multiple polymer types.

Technological advancements are shaping equipment capabilities across Europe. Automation, digital monitoring, and sensor-based sorting systems are becoming standard features, enabling higher output quality and process optimization. Artificial intelligence applications are enhancing polymer identification and contamination control, improving sorting accuracy and throughput rates.

Equipment manufacturers are focusing on modular design, energy efficiency, and integration with data-driven control systems to support long-term operational reliability. These developments reflect the region’s transition toward smarter, more efficient, and environmentally compliant recycling practices.

How are Expanding Plastic Waste Regulations Influencing Plastic Recycling Machine Demand in Europe?

The expansion of plastic waste regulations and extended producer responsibility (EPR) programs across Europe is a primary factor driving sales of plastic recycling machines. These policies require manufacturers, recyclers, and waste processors to adopt systems capable of achieving efficient material recovery and regulatory compliance while maintaining operational reliability.

Facilities are investing in machines that combine multi-polymer processing capabilities, precise material separation, and energy-efficient operation to meet the European Union’s circular economy and waste reduction targets. Equipment that delivers consistent performance with minimal manual intervention is increasingly preferred by operators seeking to align with environmental standards without raising operational complexity.

For equipment manufacturers, this evolving framework encourages the development of technically advanced and compliant systems that support plastic recovery optimization and long-term operational efficiency across diverse recycling conditions.

How is AI Integration Transforming Recycling Machine Capabilities?

The integration of artificial intelligence (AI) and machine learning technologies is reshaping the design and performance of plastic recycling machines across Europe. AI-powered sorting, contamination detection, and automated quality control systems are becoming essential features, allowing recyclers to enhance throughput and maintain consistent output quality. These systems identify polymer types in real time, adjust processing parameters automatically, and remove contaminants with greater precision than manual or conventional optical methods.

Machine learning algorithms further refine sorting accuracy and optimize energy use, enabling higher recovery rates across different material streams. European equipment manufacturers are increasingly prioritizing automation and digital integration to meet industrial efficiency and sustainability expectations. This trend reflects the region’s transition toward data-driven recycling operations that balance mechanical dependability with intelligent process control, reinforcing AI as a defining feature of next-generation recycling technology.

Analysis of Sales of Plastic Recycling Machine in Europe by Key Country

Country	CAGR (2025-2035)
Poland	4.9%
France	4.3%
Germany	3.8%
Netherlands	3.7%
Italy	3.4%
Spain	3.2%
UK	2.5%

The Europe plastic recycling machine sector is witnessing steady growth, supported by rising plastic waste regulations, increasing circular economy initiatives, and the integration of advanced recycling technology across processing applications. Poland leads the region with a 4.9% CAGR, reflecting strong recycling infrastructure development, expanding plastic processing capacity, and regulatory emphasis on waste reduction.

France follows with a 4.3% CAGR, driven by environmental leadership and advanced plastic waste management systems. Germany grows at 3.8%, as manufacturing excellence increasingly drives efficient recycling adoption. The Netherlands maintains 3.7% growth through recycling innovation and processing optimization, while Italy grows at 3.4%, supported by manufacturing capabilities and recycling expansion. Spain demonstrates 3.2% growth, and UK achieves 2.5%, both driven by regulatory compliance and operational efficiency requirements.

How is Poland Driving Europe’s Plastic Recycling Machine Growth?

Demand for plastic recycling machines in Poland is projected to grow at a CAGR of 4.9% through 2035, supported by rapid recycling infrastructure expansion, growing processing capacity, and firm regulatory focus on plastic waste reduction and material recovery.

Poland has emerged as a key European hub where investment in recycling facilities and modern processing systems aligns with national sustainability goals. The country’s continued emphasis on operational efficiency and cost-effective recovery is encouraging greater adoption of equipment designed for reliability and consistent output.

Recycling operators and equipment manufacturers are investing in end-to-end processing systems that support stable operations and compliance with environmental regulations. These developments are enhancing Poland’s position as a regional leader in recycling infrastructure while improving long-term capacity for plastic recovery and circular material use.

• Recycling infrastructure development and processing capacity expansion are driving widespread adoption of plastic recycling machines across Poland’s facilities and waste management operations.
• Regulatory compliance and material recovery objectives are supporting investments in efficient and cost-effective recycling equipment throughout the country.

Why is France Emerging as a Key Growth Center for Plastic Recycling Machines?

Demand for plastic recycling machines in France is expected to expand at a CAGR of 4.3%, reflecting the country’s environmental leadership and advanced waste management systems. France continues to modernize its recycling infrastructure, integrating automation and data-driven process control to ensure greater material recovery and operational transparency. Equipment manufacturers are responding by offering machines optimized for reliability, precision sorting, and energy efficiency.

French recycling operators are adopting these technologies to align with the country’s sustainability targets and growing emphasis on circular manufacturing. The focus on innovation and process standardization is helping French facilities balance environmental objectives with operational efficiency, strengthening their long-term competitiveness within Europe’s recycling ecosystem.

• Environmental leadership and advanced recycling systems are supporting increased demand for reliable, high-performance recycling machines in France.
• Innovation capabilities and technology adoption are enabling operational optimization and equipment efficiency across French facilities.

How is Germany Sustaining its Role in Europe’s Recycling Technology Landscape?

Demand for plastic recycling machines in Germany is projected to increase at a CAGR of 3.8% through 2035, driven by the country’s established manufacturing base and focus on technological excellence. German recycling operators emphasize precision engineering, efficiency, and automation integration, key areas where domestic equipment manufacturers hold distinct advantages.

As recycling requirements evolve, Germany continues to invest in facility modernization and digitalized process management, ensuring consistent recovery rates with minimal downtime. The combination of technical expertise, robust infrastructure, and process innovation reinforces Germany’s role as a benchmark for equipment reliability and operational consistency across Europe.

• Manufacturing excellence and technological leadership are driving recycling equipment adoption and innovation across German facilities.
• Facility modernization and automation integration are enhancing equipment reliability and efficiency in Germany’s recycling sector.

What Factors Support the Netherlands’ Steady Recycling Equipment Expansion?

Demand for plastic recycling machines in the Netherlands is anticipated to grow at a CAGR of 3.7% through 2035, supported by a strong commitment to innovation and continuous process optimization. Dutch recycling operations are increasingly adopting advanced sorting and processing systems to maximize material efficiency while minimizing environmental footprint.

Manufacturers are focusing on designing compact, flexible, and high-performance machines that align with the Netherlands’ operational standards and sustainability frameworks. This sustained integration of innovation and recycling expertise allows Dutch facilities to combine technical sophistication with practical efficiency, maintaining the country’s reputation as one of Europe’s most adaptive recycling environments.

• Recycling innovation and process optimization continue to support advanced machine adoption across Dutch recycling operations.
• Infrastructure stability and technological development enable the Netherlands to maintain consistent growth in recycling capacity and performance.

How Is Italy Advancing Its Plastic Recycling Capabilities?

Demand for plastic recycling machines in Italy is growing steadily at a CAGR of 3.4% through 2035, supported by a robust industrial base and gradual expansion of recycling infrastructure. Italian operators are increasingly investing in efficient, easy-to-maintain equipment suited to both small-scale and industrial applications.

Manufacturing capabilities, long associated with mechanical craftsmanship and production consistency, are translating into recycling technology adoption that prioritizes reliability and energy efficiency. This gradual yet consistent modernization is enabling Italy to strengthen its domestic recycling network while aligning operations with broader European waste management objectives.

Manufacturing expertise and industrial capacity are promoting the use of efficient and durable plastic recycling systems in Italy.

Incremental infrastructure growth and operational modernization are reinforcing Italy’s long-term recycling development.

How Is Spain Strengthening Its Position in Plastic Recycling Adoption?

Demand for plastic recycling machines in Spain is forecast to expand at a CAGR of 3.2% through 2035, supported by growing environmental awareness and expanding infrastructure for waste management. Spanish operators are embracing efficient processing solutions to meet regulatory expectations while maintaining practical operational standards.

The integration of upgraded recycling systems, supported by both public and private initiatives, is helping Spain improve recovery efficiency and reduce processing bottlenecks. As equipment reliability and energy optimization become higher priorities, Spain’s recycling facilities are transitioning toward modernized systems that combine productivity with environmental responsibility.

• Growing environmental awareness and infrastructure investment are driving adoption of advanced recycling machines across Spain.
• Equipment modernization and process improvement initiatives are strengthening Spain’s recycling efficiency and output capacity.

What Is Driving Steady Growth in the UK’s Recycling Equipment Sector?

Demand for plastic recycling machines in the UK is projected to grow at a CAGR of 2.5% through 2035, shaped by regulatory compliance requirements and efficiency-focused operational frameworks. The country’s recycling infrastructure continues to evolve under tightening waste management regulations and extended producer responsibility policies.

Recycling operators are prioritizing equipment that delivers consistent performance, simplified maintenance, and strong compliance compatibility. These trends are reinforcing the UK’s gradual but stable adoption of modern recycling technologies, supporting its broader goal of balancing environmental standards with long-term processing efficiency.

• Regulatory frameworks and operational efficiency targets are promoting stable recycling machine demand across UK operations.
• Equipment standardization and compliance alignment are supporting reliable and efficient recycling infrastructure development in the UK.

Competitive Landscape of Sales of Plastic Recycling Machine in Europe

Europe plastic recycling machine sales is defined by competition among international recycling equipment manufacturers with European operations, specialized plastic processing equipment producers, and diversified waste management companies offering comprehensive recycling portfolios. Companies are investing in technology advancement, processing optimization, machine development, and operational support to deliver reliable, efficient, high-performance plastic recycling systems across European recycling and processing operations. Equipment development, processing expertise, and effective technical support are central to strengthening competitive positions and customer loyalty across recycling equipment categories.

EREMA Engineering Recycling, Austrian-based plastic recycling specialist with extensive European presence, offers comprehensive plastic recycling portfolios including extrusion systems with focus on processing reliability and operational coverage across European facilities. GENIUS MACHINERY, established recycling equipment manufacturer, provides advanced processing systems emphasizing technology innovation and operational efficiency.

Aceretech Machinery Co., Ltd, specialized plastic processing equipment producer, delivers proven recycling solutions and reliable equipment performance serving European processing requirements. Next Generation Recyclingmaschinen GmbH offers German-engineered recycling systems with focus on operational optimization and processing efficiency. Plastics Machinery Group International Ltd. provides diversified recycling solutions emphasizing operational reliability and processing effectiveness serving diverse recycling segments.

Recent key developments include EREMA Engineering Recycling launching new INTAREMA TVEplus series in 2024 with 20% energy reduction and enhanced contamination tolerance. GENIUS MACHINERY introduced AI-powered plastic sorting system in 2025 with 98% accuracy for mixed plastic waste streams. Herbold Meckesheim GmbH developed new compact washing line in 2024 for PET bottle recycling with 40% water savings.

Key Players in Sales of Plastic Recycling Machine in Europe

• EREMA Engineering Recycling
• GENIUS MACHINERY
• Aceretech Machinery Co., Ltd
• Next Generation Recyclingmaschinen GmbH
• Plastics Machinery Group International Ltd.
• POLYSTAR MACHINERY CO., LTD.
• Boston Matthews
• Herbold Meckesheim GmbH
• ZENO
• Lyndex Recycling Systems Limited

Scope of the Report

Item	Value
Quantitative Units	USD 675.0 Million
Machine Type	Shredders, extrusion, grinder, sorting, mixer
Technology	Automatic, semi-automatic
Plastic Type	PET, PE, PP, PVC, others
Capacity Per Capita Spending	Below 100 kg/h, 100-500 kg/h, above 500 kg/h
Regions Covered	Europe
Countries Covered	Germany, France, UK, Italy, Spain, Netherlands, Poland
Key Companies Profiled	EREMA Engineering Recycling, GENIUS MACHINERY, Aceretech Machinery Co., Ltd, Next Generation Recyclingmaschinen GmbH, Plastics Machinery Group International Ltd., POLYSTAR MACHINERY CO., LTD., Boston Matthews, Herbold Meckesheim GmbH, ZENO, Lyndex Recycling Systems Limited
Additional Attributes	Dollar sales by machine type, technology platform, plastic type processing, and capacity configuration, per capita spending trends across Germany, France, UK, Italy, Spain, Netherlands, and Poland, competitive landscape with international recycling equipment manufacturers and specialized plastic processing producers, operator preferences for processing capabilities and recycling formats, integration with AI-powered sorting technologies and automation initiatives, innovations in shredder systems and contamination detection positioning, and adoption of efficient recycling solutions, specialized configurations, and monitoring capabilities for enhanced operational access and processing satisfaction across European recycling, waste management, and plastic processing operations

Plastic Recycling Machine Industry in Europe by Segments

• Machine Type :

• Shredders
• Extrusion
• Grinder
• Sorting
• Mixer

• Technology :

  • Automatic
  • Semi-Automatic

• Plastic Type :

  • PET
  • PE
  • PP
  • PVC
  • Others

• Capacity Per Capita Spending :

  • Below 100 kg/h
  • 100-500 kg/h
  • Above 500 kg/h

• Region :

  • Europe
    • Germany
    • France
    • UK
    • Italy
    • Spain
    • Netherlands
    • Poland