Circular Knitting Machine Market Size, Share, Growth, and Industry Analysis, By Type (Single Jersey,Double Jersey,Single Jersey Jacquard,Double Jersey Jacquard), By Application (Athletic,Apparel,Industrial,Others), Regional Insights and Forecast to 2035

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CIRCULAR KNITTING MACHINE MARKET OVERVIEW

Global Circular Knitting Machine market size is projected at USD 0.713 billion in 2026 and is expected to hit USD 0.964 billion by 2035 with a CAGR of 3.4%.

The circular knitting machine market is driven by increasing textile production volumes, with over 32 million metric tons of knitted fabrics produced globally in 2024. Circular knitting machines account for approximately 68% of total knitting machinery installations due to higher output efficiency of 25–30% compared to flat knitting systems. Machine speeds have reached 45–60 rpm in advanced models, enabling production capacities of 1,200–1,800 kg per day per machine. Automation integration has increased by 42% across manufacturing units, reducing labor dependency by 28%. Digital pattern control adoption stands at 36%, enhancing fabric customization. Energy-efficient machines have reduced electricity consumption by 18–22%, supporting sustainable textile manufacturing practices across global markets.

The United States circular knitting machine market contributes approximately 14% of global machinery installations, with over 8,500 operational units across textile hubs. Domestic knit fabric production exceeded 4.2 million metric tons in 2024, with circular knitting machines accounting for 72% of output. Automation penetration has reached 55% in U.S. textile plants, improving production efficiency by 31%. High-speed machines operating at 50 rpm dominate 48% of installations. Import dependency for advanced knitting machinery stands at 63%, primarily sourced from Europe and Asia. Energy-efficient machine adoption increased by 37%, while smart monitoring systems are used in 41% of facilities to reduce downtime by 26%.

KEY FINDINGS OF CIRCULAR KNITTING MACHINE MARKET

LATEST TRENDS

The circular knitting machine market is witnessing strong technological transformation driven by automation and digitalization. Smart knitting machines equipped with IoT sensors now account for 38% of installations, enabling real-time monitoring and predictive maintenance, reducing downtime by 27%. High-speed machines operating above 50 rpm have increased by 41%, improving production output by 33%. Demand for seamless knitting technology has grown by 36%, particularly in athletic and performance wear applications.

Energy-efficient machines have reduced power consumption by 20%, aligning with sustainability targets across textile manufacturers. Multi-functional machines capable of producing 3–5 fabric types have gained 29% adoption, enhancing operational flexibility. Additionally, computerized pattern control systems are used in 35% of installations, allowing rapid design customization and reducing production cycle time by 24%.

MARKET DYNAMICS

Driver

Rising demand for high-performance textile production

The increasing global demand for knitted fabrics, which exceeded 32 million metric tons in 2024, is driving the adoption of circular knitting machines. These machines deliver 25–30% higher efficiency compared to traditional knitting methods. High-speed production capabilities of up to 60 rpm have enabled manufacturers to increase output by 35%. The apparel sector contributes nearly 61% of demand, while athletic textiles account for 22%. Automation integration has reached 42%, reducing labor costs by 28%. The rising popularity of seamless garments has increased machine demand by 33%, particularly in sportswear manufacturing.

Restraint

High capital investment and maintenance costs

Circular knitting machines require significant upfront investment, with costs impacting 47% of textile manufacturers. Maintenance expenses account for 18–22% of total operational costs, limiting adoption among small-scale players. Skilled labor shortages affect 34% of installations, particularly in developing regions. Machine downtime due to technical failures impacts production efficiency by 19%. Spare parts availability issues contribute to delays in 26% of cases. Additionally, energy costs represent 21% of operational expenses, further increasing financial pressure on manufacturers.

Expansion of smart and automated knitting technologies

Opportunity

The adoption of Industry 4.0 technologies presents significant growth opportunities, with IoT-enabled machines increasing by 38%. Smart factories integrating automated knitting systems have improved production efficiency by 31%. Demand for customized fabrics has risen by 29%, driving investment in digital pattern control systems.

Emerging markets show a 44% increase in machine installations due to textile sector expansion. Energy-efficient machines reduce power consumption by 20%, encouraging sustainability-focused investments. Integration of AI-based monitoring systems has improved defect detection accuracy by 27%.

Rising operational complexities and technical barriers

Challenge

Operational complexities associated with advanced circular knitting machines affect 36% of manufacturers. Technical training requirements have increased by 33%, creating challenges in workforce readiness. Machine calibration issues impact 21% of production lines, leading to fabric defects. Supply chain disruptions have affected 28% of machinery deliveries.

Compatibility issues between legacy systems and modern machines affect 24% of installations. Additionally, fluctuations in raw material availability impact production efficiency by 19%, creating operational uncertainties.

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CIRCULAR KNITTING MACHINE MARKET SEGMENTATION

By Type

• Single Jersey: Single jersey circular knitting machines dominate the Circular Knitting Machine Market with 49% share, supported by high-speed production capabilities reaching 55 rpm and daily output of 1,500 kg. These machines are widely used in apparel manufacturing, contributing 63% of total utilization across textile units. Automation integration has reached 45%, improving production efficiency by 28% and reducing manual intervention significantly. Energy consumption is reduced by 18%, making them cost-efficient for large-scale operations. Fabric defect rates have declined by 21% due to improved needle technology and digital monitoring systems.

• Double Jersey: Double jersey machines hold 27% of the Circular Knitting Machine Market, offering enhanced fabric thickness and durability suitable for thermal and industrial applications. These machines operate at speeds between 30–45 rpm, producing up to 1,200 kg of fabric daily. Demand is driven by specialized textile segments, contributing 34% usage across industrial and winter apparel categories. Automation adoption stands at 39%, improving fabric consistency by 26% and reducing production errors. Maintenance efficiency has improved by 23% due to modular machine designs.

• Single Jersey Jacquard: Single jersey jacquard machines represent 13% of the market, focusing on patterned and designer fabric production with high customization capabilities. These machines operate at speeds of 35–50 rpm, enabling efficient production of complex fabric structures. Digital control adoption has reached 42%, enhancing design flexibility and reducing setup time by 27%. Demand from fashion and premium textile segments contributes 47% of utilization. Production efficiency has improved by 29% compared to traditional jacquard systems.

• Double Jersey Jacquard: Double jersey jacquard machines account for 11% of the market, providing advanced fabric structures with higher durability and thickness. These machines operate at speeds of 30–40 rpm and produce approximately 1,000 kg of fabric daily. Automation integration stands at 37%, improving design precision by 31% and reducing manual intervention. Demand is driven by premium textile applications, contributing 28% usage across specialized markets. Energy efficiency improvements have reduced consumption by 16%, supporting sustainable operations.

By Application

• Athletic: Athletic applications account for 22% of the Circular Knitting Machine Market, driven by demand for lightweight and breathable fabrics used in sportswear. Machine utilization efficiency reaches 78%, with production speeds averaging 50 rpm. Seamless knitting technology adoption has increased by 36%, improving garment comfort and durability. Fabric elasticity improvements have enhanced product performance by 29%. Automation integration stands at 41%, reducing labor dependency and improving output consistency.

• Apparel: Apparel applications dominate the market with 61% share, supported by large-scale production requirements and high consumer demand. Circular knitting machines operate at speeds between 45–60 rpm, producing high-volume fabrics efficiently. Automation adoption has reached 48%, reducing labor costs by 29% and improving production throughput. Fabric production exceeds 20 million metric tons annually in this segment. Digital pattern systems are used in 37% of installations, enabling rapid customization.

• Industrial: Industrial applications hold 10% of the market, focusing on technical textiles used in automotive, construction, and filtration sectors. Machines operate at speeds of 30–40 rpm, producing durable and high-strength fabrics. Demand has increased by 27% due to expansion in industrial textile usage. Automation adoption stands at 34%, improving production consistency and reducing defects by 23%. Fabric durability has improved by 31% through advanced knitting techniques. Additionally, machine installations have increased by 26% in industrial textile manufacturing facilities.

• Others: Other applications account for 7% of the Circular Knitting Machine Market, including medical textiles, home furnishings, and specialty fabrics. Machine efficiency reaches 65%, with production speeds averaging 35 rpm. Demand for medical textiles has increased by 28%, driven by healthcare sector expansion. Automation integration stands at 30%, improving production precision and reducing waste by 21%. Specialized fabric production has improved by 25% through advanced machine configurations. Additionally, adoption of eco-friendly materials has increased by 24%, supporting sustainable textile manufacturing.

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CIRCULAR KNITTING MACHINE MARKET REGIONAL OUTLOOK

• North America

North America accounts for 14% of the Circular Knitting Machine Market, supported by over 9,000 installed machines and production output exceeding 4.5 million metric tons annually. The United States contributes 78% of regional demand, with automation adoption reaching 55% and improving efficiency by 31%. High-speed machines operating at 50 rpm dominate 48% of installations, while digital monitoring systems are used in 41% of facilities.

The region shows strong adoption of energy-efficient machines, reducing power consumption by 20% across textile plants. Smart factory integration has increased by 33%, enhancing production productivity by 28%. Import dependency for advanced machines stands at 63%, while domestic modernization initiatives have improved machine utilization rates by 26% across manufacturing units.

• Europe

Europe holds 21% share of the Circular Knitting Machine Market, with over 13,000 machines installed across key countries including Germany, Italy, and Spain. Advanced machine adoption has reached 52%, with digital control systems implemented in 38% of facilities, improving production accuracy by 27%. Machine speeds average 45 rpm, supporting consistent fabric output.

Energy-efficient technologies have reduced electricity consumption by 20%, while automation integration stands at 49%, improving operational efficiency by 29%. Export-oriented textile production contributes 57% of regional output, while innovation-driven manufacturing has increased productivity by 25% across major textile hubs.

• Asia-Pacific

Asia-Pacific dominates the Circular Knitting Machine Market with 58% share, supported by over 65,000 machines operating across China, India, and Bangladesh. Regional fabric production exceeds 18 million metric tons annually, with machine speeds averaging 45 rpm and automation adoption at 36%. Export-driven production accounts for 62% of total output.

Machine installations have increased by 44%, driven by expanding textile industries and rising domestic demand. Energy-efficient machine adoption has reduced operational costs by 21%, while digital pattern systems are used in 34% of facilities. Workforce efficiency has improved by 28%, supporting high-volume textile production.

• Middle East & Africa

The Middle East & Africa region accounts for 7% of the Circular Knitting Machine Market, with over 4,500 machines installed across textile facilities. Machine adoption has increased by 33%, while production output exceeds 1.8 million metric tons annually. Automation integration stands at 28%, improving efficiency by 24%.

Government initiatives supporting textile manufacturing have increased investments by 29%, while energy-efficient machines have reduced power consumption by 18%. Export-oriented production contributes 41% of regional output, and machine utilization rates have improved by 26%, supporting industry expansion.

LIST OF TOP CIRCULAR KNITTING MACHINE COMPANIES

• Baiyuan Machine
• Mayer & Cie
• Terrot
• Santoni
• Fukuhara
• Tayu
• Keum Yong
• Orizio
• Hang Xing
• Hengyi
• Hongji
• Taifan
• Unitex
• Wellmade
• Jiunn Long
• Pailung
• Welltex
• Fukuhama
• Sanda
• Santec
• Lisky
• Wellknit
• Senher

Top Two Companies With Highest Market Share

• Mayer & Cie: Holds approximately 18% market share with over 12,000 machines installed globally, supported by high-speed models operating at 50–60 rpm and automation adoption exceeding 45% across production systems.
• Terrot: Accounts for nearly 14% market share with more than 9,500 installations worldwide, featuring advanced digital controls in 40% of machines and production efficiency improvements reaching 30%.

INVESTMENT ANALYSIS AND OPPORTUNITIES

Investment in circular knitting machines has increased by 39% globally, driven by demand for high-speed textile production and automation efficiency gains of 31%. Automation-focused investments account for 44% of total spending, while emerging markets contribute 47% growth in machinery installations. Energy-efficient machines attract 36% of investments, reducing operational costs by 20% and improving sustainability metrics. Smart factory integration projects have increased by 33%, enhancing productivity by 28% across textile manufacturing units.

Government incentives support 26% of investments in sustainable textile manufacturing, while digital transformation initiatives influence 41% of capital allocation decisions. Expansion of textile clusters has increased machine deployment by 34%, particularly in Asia-Pacific and developing economies. Financing options for machinery acquisition have improved accessibility by 22%, enabling mid-scale manufacturers to adopt advanced systems. Additionally, retrofit upgrades contribute 27% of total investments, improving efficiency and extending machine lifecycle performance.

NEW PRODUCT DEVELOPMENT

New product development in circular knitting machines focuses on high-speed and energy-efficient technologies, with advanced models operating at 60 rpm and improving output by 35%. IoT-enabled machines account for 38% of new product launches, supporting predictive maintenance and reducing downtime by 27%. Multi-functional machines capable of producing 5 fabric types have increased by 29%, enhancing operational flexibility. Digital pattern systems improve customization efficiency by 31%, supporting diverse textile applications.

Lightweight machine designs reduce energy consumption by 18%, while compact structures improve space utilization by 24% in manufacturing facilities. Integration of AI-based defect detection systems has increased accuracy by 26%, reducing fabric waste significantly. Modular machine components enable faster maintenance, reducing downtime by 21% across production units. Additionally, smart control interfaces are adopted in 33% of new machines, improving usability and operational precision in textile manufacturing.

FIVE RECENT DEVELOPMENTS (2023-2025)

• 2023: Automation integration increased by 42% in new machine models.
• 2023: Energy-efficient machines reduced power consumption by 20%.
• 2024: IoT-enabled machines reached 38% adoption globally.
• 2024: High-speed machines exceeding 55 rpm increased by 33%.
• 2025: Digital pattern control systems improved efficiency by 31%.

CIRCULAR KNITTING MACHINE MARKET REPORT COVERAGE

This Circular Knitting Machine Market Report provides detailed analysis of production capacity exceeding 32 million metric tons globally. It covers machine types accounting for 49%, 27%, 13%, and 11% shares respectively. Regional insights include Asia-Pacific dominance at 58% and North America at 14%. The report evaluates automation adoption at 42% and energy efficiency improvements of 20%.

It includes segmentation analysis, competitive landscape, and technological advancements. The study also highlights investment trends showing 39% growth and smart technology adoption at 38%. This Circular Knitting Machine Market Analysis delivers comprehensive insights into industry performance, operational efficiency, and technological innovation.