FCC is fully utilizing its core capabilities not only to maximize safely, quality, cost, and delivery for existing products, but we also look to utilize these core capabilities to efficiently develop products of the future which we anticipate being highly desired in the markets we serve.
The segmented friction lining bonding process is a unique process which FCC has developed. The process is a revolutionary manufacturing system wherein a tape-like lining is bonded to the core plate, enabling improved production efficiency and product yield. Groove pattern which is highly adaptive is characteristic of the process, also enabling flexible designs to meet various needs.
FCC’s integrated production systems team has developed a number of precision, and cost effective manufacturing methods for clutch housings. The innovative one-shot draw method as well as the precision thin gauge stamping both serve to minimize stamping stations and/or machining operations respectively, which serves to balance precision manufacturing and cost effectiveness.
FCC’s integrated production systems team is also utilizing a vacuum die-casting technique for motorcycle and automotive clutch aluminum components. With improved casting precision, and with less machining operations, and also by preparing the infrastructure to adapt to mass serial production volumes, FCC has developed a production system superior in cost performance.
The segmented friction lining bonding process is a unique process which FCC has developed. The process is a revolutionary manufacturing system wherein a tape-like lining is bonded to the core plate, enabling improved production efficiency and product yield. Groove pattern which is highly adaptive is characteristic of the process, also enabling flexible designs to meet various needs.
FCC’s integrated production systems team has developed a number of precision, and cost effective manufacturing methods for clutch housings. The innovative one-shot draw method as well as the precision thin gauge stamping both serve to minimize stamping stations and/or machining operations respectively, which serves to balance precision manufacturing and cost effectiveness.
FCC’s integrated production systems team is also utilizing a vacuum die-casting technique for motorcycle and automotive clutch aluminum components. With improved casting precision, and with less machining operations, and also by preparing the infrastructure to adapt to mass serial production volumes, FCC has developed a production system superior in cost performance.
Established in June 1939 (Showa 14). Click here for company profile.
URL . http://www.fcc.com.tw
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