Top 10 Automated Fiber Placement (AFP) Companies Driving Advanced Composites Manufacturing

The process of Automated Fiber Placement (AFP) entails attaching several fiber bundle ends, usually coated in resin, to any number of surfaces, whether they are fat, highly shaped, or anything in between. AFP is often preferred over Automated Tape Laying (ATL) when parts have severe curvature, require variable ply widths, or need different cut angles at ply starts and stops. Another justification for selecting AFP over ATL is the requirement for fiber steering, or altering ply direction throughout a ply course.

Using robotic or gantry-based systems, AFP enables accurate fiber placement, aiding in the development of lightweight, inexpensive, and optimal structures. Utilizing the directional capabilities of composite materials to their fullest potential is made possible by the automated method, which enables precise plies placement based on CAD data.

Fiber placement technology improves structural integrity through precise tension and orientation control, allowing aerospace and other industries to produce lighter parts that increase fuel efficiency and reduce emissions. It also speeds up production, reduces scrap, and adapts to a variety of materials and composite architectures, enabling complex geometries that are difficult to achieve with manual lay-up.

Fortune Business Insights estimates the market for Automated Fiber Placement (AFP) to grow from USD 409.58 million in 2025 to USD 735.63 million by 2034, with a significant CAGR of 6.8% over the forecast period.

Fortune Business Insights Reveals its Top 10 Automated Fiber Placement (AFP) Companies

1. Fives Group

Fives Group is a multi-sector industrial engineering business that was founded in 1812 and is headquartered in Paris, France. The business develops and offers process equipment and machinery. For optimum AFP, manufacturers seek machines that handle complex shapes and surfaces with precision and efficiency. To meet this requirement the company offers the VIPER range, which combines dexterity, flexibility, and accuracy to deliver strong performance. The VIPER range includes three products: Cincinnati VIPER 1200, Cincinnati VIPER 6000, and Cincinnati Robotic VIPER.

2. Ingersoll Machine Tools Inc.

Ingersoll Machine Tools Inc. has been a well-known brand in the milling machine business since its founding in 1891, effectively serving the defense and later the aerospace and aeronautics sectors. In the 1990s, Ingersoll invented the automated fiber placement and automatic tape laying technologies for composite manufacturing. After being acquired by the European holding company Camozzi Group in 2003, it rose to prominence in this sector. In April 2024, the firm carried on deploying Mongoose, an AFP system for big composite components, highlighting the increasing need for wide-format, high-precision fiber placement solutions in energy and aerospace applications.

3. Electroimpact, Inc.

Peter Zieve, PhD, founded Electroimpact in 1986. Originally established as a machine tool supplier to Boeing, Electromagnet is situated in the shadow of the Boeing Corporation’s Everett Plant. However, Electromagnet has steadily grown its company abroad over the years to serve as a significant supplier to other significant aircraft firms such as Israeli Aircraft Industries and Airbus. A massive Electroimpact robotic AFP system was installed by Rocket Lab in October 2024 for its Neutron rocket composite constructions, automating the manufacturing of high-volume carbon fiber components and cutting down on manual labor.

4. Broetje-Automation GmbH

Currently a subsidiary of Shanghai Electric Group, Broetje-Automation GmbH is a special-machine builder for aerospace assembly and composites automation that was established in 1979 and is headquartered in Rastede, Germany. As a manufacturing integrator for airplane structures, it provides AFP, drilling, fastening, and sealing systems. With a focus on scalable automation, it demonstrated integrated AFP-drilling-sealing cells for hydrogen-tank and aerostructure production at CAMX in September 2025. These actions strengthen its contribution to the production of digital and greener composites.

5. Torres Industrial Designs

Based in Navarra, Spain, M.Torres is a family-run engineering firm that creates cutting-edge manufacturing machinery for the aerospace and other sectors. With proprietary methods for great productivity and accuracy, its TorresFIBERLAYUP machines automate composite lamination-cutting, feeding, and inserting fiber tapes at up to 100 m/min. A modified thin-ply AFP head and updated TorFiber software were tested by M.Torres and Airbus in July 2024, allowing for the flawless lay-up of ultra-light tapes for pressure vessel and hydrogen tank designs.

6. Trelleborg Group

A Swedish company named Trelleborg AB creates tailored polymer solutions for protection, damping, and sealing in harsh situations. It provides automated fiber placement machines that lay thermoset and thermoplastic tows for complex composite parts through its Trelleborg Sealing Solutions division and the old Automated Dynamics Company. Customers can balance geometry and throughput with the AFP systems’ single-to-multi-tow heads, hot-gas or laser heating, and full-speed cut/add capabilities. These devices continue to be positioned in industrial, energy, and aerospace applications with sophisticated process control as a result of recent work detailed in 2024-2025.

7. Coriolis Composites

The Queven, France-based Coriolis Composites, manufactures robotic Automated Fiber Placement (AFP) devices that lay carbon-fiber tows for intricate aircraft components. In addition to tools such as CatFiber for design-for-manufacture, their offering includes everything from small C1.2 cells to huge C3/C5 gantry systems. Upgrades to Coriolis Composites’ robotic AFP platforms were demonstrated in July 2024, with an emphasis on modular cell configurations, enhanced process monitoring software, and increased thermoplastic composite placement capabilities for industrial and aerospace clients.

8. Automated Dynamics, Corp.

With offices in Texas, Oklahoma, Arkansas, Louisiana, Mississippi, New Mexico, and Tennessee, Automated Dynamics, Corp. is a part of manufacturers’ representative agencies. The company’s primary focus is on automating factories and processes. Among the product categories are Turk, Inc., Banner Engineering, Red Lion Controls, Puls, N-Tron, and Larco.

9. MIKROSAM

Mikorosam is a well-known global leader in machinery and expertise for the composites sector. The firm also provides modular robotic work cells for the AFP industry that manage thermoset, thermoplastic, and dry-fiber tapes for industrial, aerospace, and energy components. A multi-material AFP cell with automated cut/add, in-situ monitoring, and laser/IR heating was put into service at Qarbon Aerospace in June, 2025, to expedite the development of thermoplastic components using Toray materials.

10. Accudyne Systems, Inc.

Since 1996, Accudyne Systems, Inc. has been creating innovative automation tools and solutions for challenging production problems. The company, which was established by the merger of two reputable engineering firms in Delaware, is a leader in the design and development of unique automation equipment and procedures that significantly increase production compared to current systems. Instead of using robotic AFP devices, Accudyne often uses gantry-style methods to deliver the fiber to the work piece. When paired with linear motors, the fiber placement head’s extremely precise machine positioning and fast machine response. For the processing of thermosets and thermoplastic resin systems, Accudyne has constructed AFP machines.

AFP’s Next Chapter: Faster Workcells, AI Inspection, and New Markets

In conclusion, AFP precisely places resin-coated tows on complex surface steering fibers and varying ply widths where tape laying cannot so robotic/gantry systems turn CAD data into lightweight, optimal structures with better integrity, efficiency, and less waste. As lower costs and simpler programming open up new markets, out-of-autoclave materials make production more eco-friendly. The top manufacturers are pushing AFP toward faster workcells, adding AI inspection and real-time adjustments while using in-situ consolidation for thermoplastics. They are also branching out from aerospace into autos, energy, and space hardware.