![]() ![]() This window into materials helps us to control quality and push the envelope of advanced design in cycling.Įnsuring that the innovative design and development concepts come to fruition, FSA’s manufacturing facilities use the most advanced processes.Īt FSA we use the most advanced techniques when working with carbon fiber alone, aluminum alone, and with carbon fiber and aluminum combined. ![]() Some microstructural constituents, such as nitrides and inclusions, are revealed using cross-polarized light. After sectioning, mounting, grinding and polishing, a specimen is ready for examination under high magnification with various chemical and electrolytic etchants. FSA has long been in the vanguard of the cycling industry, making FEA an integral part of our R&D process.Īs part of our R&D department, FSA employs a metallography team, who study the microstructure of various components of metals, ceramics and polymeric materials. First developed for the aerospace and nuclear industries where the safety of structures is critical, FEA – Finite Element Analysis – has formerly been the purview of only specialized analysts, and later, Formula 1 teams. The 3D Measurement facility allows exact analysis of dimensions, whereby precise attention to the tolerances and accuracy of our products results in optimal performance and durability. Our 3D modelling team uses the most modern Surface Modelling software to design, evaluate and validate the product design before tooling is opened. FSA’s R&D team uses the very latest techniques to ensure we produce the best performing products. ![]()
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