For those struggling with increased labor and costs due to total machining from steel materials! We offer a solution with processing proposals that leave black skin.

In the automotive parts industry, high precision and cost efficiency are required for components such as engine blocks. In particular, total machining from solid materials or round bars can lead to increased processing time and material costs, resulting in unprofitable situations. Additionally, while there is a desire to reduce labor costs by leaving the black skin (unprocessed surface), challenges arise due to the difficulty in designing processing costs and dimensional tolerances, and the lack of proposals from existing processing companies. Although there is a desire to control costs through casting (FC/FCD), it can be difficult to find cooperative factories that can consult on design changes. Kyowa Seiki's "Casting (FC/FCD) Precision Machining and Cost Reduction Solution" addresses these challenges by providing processing proposals that utilize the black skin. 【Usage Scenarios】 - Cost reduction in mass production of engine blocks - Suppression of increased labor and material costs from total machining of steel materials - Realization of labor cost reduction through black skin remaining processing - Cost reduction through casting (FC/FCD) 【Benefits of Implementation】 - Improved profitability through reduced processing time and material costs - Response to design changes and special processing requests - Reduction of component costs through casting - Increased production efficiency in mass production

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