Top AFP Companies Driving the Future of Composite Automation

Updated on June 10, 2026 • 5 min read

Automated Fiber Placement (AFP) has become one of the most important manufacturing technologies in advanced composites, enabling aerospace, defense, energy, and emerging mobility industries to produce lightweight structures with high precision and repeatability.

According to a recent analysis from Fortune Business Insights, several equipment manufacturers continue to lead the global AFP market, supplying automated layup systems used for aircraft structures, hydrogen pressure vessels, launch vehicles, thermoplastic composites, and industrial applications.

The list includes established aerospace automation specialists alongside newer companies expanding AFP into broader composite manufacturing markets.

Leading AFP Companies in the Global Market

The companies highlighted include:

• Fives Group
• Ingersoll Machine Tools
• Electroimpact
• Broetje-Automation
• M.Torres
• Trelleborg Group / Automated Dynamics
• Coriolis Composites
• MIKROSAM
• Accudyne Systems

These companies represent much of the AFP technology infrastructure supporting today’s composite manufacturing industry.

AFP Is Expanding Beyond Traditional Aerospace

For many years, AFP was closely associated with large commercial aircraft programs.

Applications included:

• Aircraft fuselage sections
• Wing structures
• Pressure bulkheads
• Engine components
• Military aerospace systems

Today, AFP is increasingly being adopted in new sectors where lightweight structures and high-performance composites are becoming critical.

Examples include:

Hydrogen Storage Tanks

Hydrogen infrastructure projects require high-strength composite pressure vessels capable of handling extremely high operating pressures.

AFP enables precise fiber steering and optimized winding paths that improve structural performance while minimizing material usage.

Space Launch Systems

Rocket manufacturers are increasingly investing in AFP technology to automate production of:

• Rocket fairings
• Cryogenic tanks
• Launch vehicle structures
• Composite pressure vessels

Recent investments by companies such as Rocket Lab demonstrate the growing role of AFP in commercial space manufacturing.

Thermoplastic Composite Production

One of the most significant industry developments is the transition toward thermoplastic composites.

Companies such as Coriolis Composites, M.Torres, Electroimpact, and MIKROSAM have expanded capabilities for:

• AFP thermoplastic tape placement
• In-situ consolidation
• Laser-assisted heating
• High-rate manufacturing

These technologies are attracting interest from aerospace, defense, and automotive manufacturers seeking faster production cycles and recyclable composite solutions.

China Is Emerging as an AFP Equipment Supplier

While Fortune’s ranking focuses primarily on established Western AFP manufacturers, the competitive landscape is gradually changing.

Several Chinese companies and research organizations have been investing heavily in AFP technology development over recent years.

China’s aerospace sector has accelerated adoption of:

• AFP systems for commercial aircraft programs
• Composite pressure vessel manufacturing
• Wind energy structures
• Defense applications

Domestic equipment suppliers are increasingly developing indigenous AFP platforms, reflecting broader efforts to localize advanced composite manufacturing capabilities.

Although Western suppliers still dominate the global AFP market, Chinese AFP technology is expected to become more visible in the coming decade.

The Next Stage of AFP Development

The AFP industry is evolving beyond simple automated layup.

Current development priorities include:

AI-Based Inspection

Manufacturers are integrating machine vision systems capable of detecting:

• Tow gaps
• Overlaps
• Foreign object debris
• Placement defects

Real-time inspection can reduce scrap rates while improving process reliability.

Digital Manufacturing

AFP systems are becoming increasingly connected through:

• Digital twins
• Process monitoring
• Manufacturing analytics
• Closed-loop control systems

This allows manufacturers to optimize production quality and reduce downtime.

Higher Production Rates

Next-generation AFP workcells focus on:

• Faster layup speeds
• Multi-head configurations
• Automated material handling
• Reduced labor requirements

These improvements are critical for scaling composite production beyond traditional aerospace volumes.

🔒 Content Transparency & Editorial Integrity

This article is developed based on real engineering experience, machine testing data, and practical production knowledge from Jota Machinery’s work in advanced composite manufacturing.

All technical explanations—including material structure, processing methods, and performance characteristics—are reviewed and verified by our engineering team to ensure accuracy and real-world relevance.

To improve clarity and structure, AI-assisted tools may have been used during content organization and language refinement. However:

• All key technical insights originate from first-hand industrial experience
• All data and claims are manually reviewed and validated
• The content is created with the primary goal of educating engineers, manufacturers, and buyers

We do not publish content solely for search ranking purposes. Every article is designed to provide practical, experience-based value to professionals in the composite materials industry.

Industry Outlook

The AFP market is no longer driven solely by commercial aircraft programs.

Growth opportunities are increasingly emerging from:

• Hydrogen storage systems
• Defense modernization programs
• Space launch vehicles
• Advanced air mobility platforms
• Wind energy structures
• Thermoplastic composite applications

As automation, digital manufacturing, and artificial intelligence continue to advance, AFP is becoming a foundational technology for next-generation composite production.

The companies leading AFP development today are not only improving fiber placement accuracy but also helping define how future lightweight structures will be designed, manufactured, inspected, and scaled across multiple industries.