Needleloom Machine Market Growth to USD 2,652.1 million by 2035

The global needleloom machine market is entering a dynamic growth phase, projected to expand from USD 1,973.4 million in 2025 to nearly USD 2,652.1 million by 2035. This represents an absolute increase of USD 678.8 million, with the market forecast to grow at a compound annual growth rate (CAGR) of 3.0%. The industry is set to expand by nearly 1.34 times over the next decade, reflecting rising demand for nonwoven textiles and new applications across automotive, filtration, and geotextile markets.

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Growth Trajectory and Market Momentum

From 2025 to 2030, the needleloom machine market is anticipated to add USD 314.4 million in value, accounting for nearly half of the decade’s total growth. This early stage of expansion is expected to be shaped by surging demand for technical textiles in automotive interiors, infrastructure geotextiles, and sustainable filtration materials. Manufacturers are scaling up production capacity and embracing specialized machinery to meet these evolving requirements.

The second half of the decade, between 2030 and 2035, is expected to bring even stronger momentum with an additional USD 364.4 million in market growth. This period will be defined by the adoption of advanced servo systems, automation technologies, and tailor-made needleloom configurations. These upgrades will allow manufacturers to serve emerging applications with higher precision and greater efficiency, particularly in construction and mobility sectors where technical textiles are becoming indispensable.

Market Drivers Supporting Expansion

The expansion of the needleloom machine market is underpinned by multiple forces. Rising demand for nonwoven textiles across automotive, infrastructure, and filtration industries has created the need for precision fiber entanglement technologies. Even small enhancements in machine design can significantly improve production efficiency and product performance.

Automotive manufacturers are increasingly relying on high-quality nonwovens for interiors, acoustic insulation, and underbody protection. Similarly, infrastructure development projects depend on geotextiles for durability and performance. Regulatory standards and growing consumer demand for sustainable, lightweight materials continue to support the adoption of advanced needlepunching equipment worldwide.

Segment Insights

Among machine types, single-board systems are expected to dominate in 2025, holding 40% of the market share. Their affordability, reliability, and compatibility with various fiber types make them the go-to choice for automotive and filtration applications.

By working width, the 2.6–4.5 meter segment is forecast to capture 45% of the market, striking the right balance between throughput and flexibility. These machines offer manufacturers efficiency and cost-effectiveness, positioning them as the most practical option for large-scale adoption.

Applications in the automotive sector are projected to hold the largest share, at 28% in 2025. Vehicle manufacturers favor lightweight nonwoven textiles for comfort, durability, and energy efficiency, making this segment a consistent driver of demand.

Standard automation remains dominant, with 60% of the market, thanks to its proven reliability and affordability for manufacturers seeking efficiency without significant capital investment.

Regional and Country-Level Performance

Asia Pacific, Europe, and North America remain the key regions for market growth, with India and China leading the way. India is forecast to record a CAGR of 4.1% through 2035, driven by its expanding textile manufacturing base and rising automotive production. China follows with a 3.9% CAGR, supported by its vast manufacturing capacity and demand for quality improvement in nonwoven products.

Brazil, Germany, and the United States also demonstrate steady growth, with each focusing on distinct strengths—Brazil in geotextiles and automotive, Germany in precision engineering and automation, and the USA in technical textile applications and standardized quality.

European players continue to lead in technological innovation. Germany’s Dilo Group and Trützschler Nonwovens, Austria’s ANDRITZ Nonwoven and Fehrer, France’s NSC Groupe (Thibeau), and Italy’s Ramina S.p.A. represent the region’s stronghold in precision equipment manufacturing. Meanwhile, China’s Changshu Feilong and Jiangsu Yingyang Nonwoven are steadily expanding their international presence with cost-effective yet increasingly sophisticated offerings.

Competitive Landscape and Manufacturer Outlook

The competitive landscape of the needleloom machine market highlights a mix of established players and emerging manufacturers working to strengthen their technological edge.

ANDRITZ Nonwoven (Asselin) and Fehrer from Austria continue to deliver precision-driven solutions with a focus on reliability. AUTEFA Solutions and Dilo Group in Germany are investing in high-end automation and digital integration for next-generation needlepunching processes. Trützschler Nonwovens, also from Germany, is pushing the boundaries of automation and quality monitoring in textile production.

On the other hand, manufacturers like Changshu Feilong, Jiangsu Yingyang, and Qingdao Hongda are positioning themselves to capture opportunities in both domestic and global markets with competitive solutions tailored to emerging industries. Italy’s Ramina S.p.A. and France’s NSC Groupe (Thibeau) continue to demonstrate European engineering excellence, delivering specialized machinery for diverse industrial requirements.

This combination of global leaders and ambitious new entrants underscores an industry that is both competitive and collaborative, with innovation at its core.