Coriolis Composites Installs Advanced Automated Fibre Placement System at Raphe mPhibr Facility in Noida!
Coriolis Composites, a global specialist in automated composite manufacturing solutions, has successfully installed an advanced Automated Fibre Placement (AFP) system at the manufacturing facility of Raphe mPhibr in Noida, India. The installation marks a significant milestone in strengthening indigenous advanced manufacturing capabilities for aerospace and defence applications.
The newly commissioned AFP system enables Raphe mPhibr to manufacture complex, high-performance composite structures with improved precision, repeatability, and production efficiency. AFP technology is a cornerstone of modern aerospace manufacturing, widely used to produce lightweight yet structurally robust components while reducing material waste and ensuring consistent quality.
The installation aligns with Raphe mPhibr’s strategy to develop next-generation aerospace and defence platforms using cutting-edge materials and processes. By integrating Coriolis Composites’ automation expertise into its production ecosystem, the company is enhancing its ability to scale manufacturing while meeting stringent global standards for reliability, performance, and certification.
For Coriolis Composites, the project reinforces its expanding footprint in India and its commitment to supporting domestic manufacturers with advanced automation technologies. The AFP system installed at the Noida facility is designed to handle complex geometries and demanding production requirements, offering flexibility across a wide range of composite applications.
The collaboration also supports India’s broader push toward self-reliance in high-technology manufacturing, particularly in aerospace and defence. By enabling in-house production of critical composite components, the facility is expected to reduce import dependence, shorten development timelines, and strengthen domestic supply chains—contributing to a more resilient and globally competitive manufacturing ecosystem.
