Automated Fibre Placement Robot

Description

The Automated Fibre Placement (AFP) Robot by Electroimpact is a high-precision manufacturing system designed to automate the layup of composite materials. It utilises a modular robotic head to deposit multiple carbon fibre tows onto complex tooling geometries, forming structural components such as wing skins, spars, and fuselage sections. The system evolved from earlier tape laying technologies to meet the demand for higher deposition rates and reduced manual labour in the fabrication of large-scale aerostructures. This equipment is primary hardware for Tier 1 aerospace suppliers and airframe manufacturers. It is sold as a bespoke capital installation, often integrated into large-scale factory environments with automated tool handling. Notable programmes utilising Electroimpact technology include the Boeing [波音] 777X wing production line and the Airbus [空客] A350 XWB, where these robots are employed to manufacture large composite panels and wing covers. Prospective buyers should note that lead times for these systems are extensive due to the high degree of customisation required for specific aircraft programmes. The desk would seek to verify the specific head configurations—such as the number of tows and heater types—as well as the software integration requirements for the customer’s existing CAD/CAM environments. Performance reliability during continuous, multi-shift operations remains the critical metric for return on investment.