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Automated Fiber Placement Process: A Revolutionary Way to Create Composite Parts

Updated: Jan 19


Automated fiber placement (AFP) is a relatively new process that has revolutionized the way composite parts are created. This process can be used to create complex geometries with high accuracy, without sacrificing any of the structural benefits associated with composites. In this blog post, we will discuss some of the key advantages of using automated fiber placement for creating composite parts.

Faster Production Time and Improved Efficiency

One of the most significant benefits of AFP is that it allows for faster production times without sacrificing quality or accuracy. The process involves laying down unidirectional fibers in a pre-programmed pattern, as opposed to traditional manual hand layup processes which require technicians to place individual strands on a part manually. As a result, AFP can reduce production times by up to 40%, while also improving efficiency and reducing material waste. Additionally, AFP can be used on large-scale projects where manual labor isn’t feasible due to time constraints or cost restrictions.

Another advantage of AFP is that it can produce more consistent results than manual hand layup processes. Because the fibers are laid down in a predetermined pattern, they form stronger bonds between each layer and provide increased performance and strength in the finished product.

Increased Performance and Strength