It is possible to mold high value-added shapes! This is a method composed by incorporating forging and forming techniques.
The "FCF method" is a technique primarily used to form complex-shaped parts with high precision using thick plates. It is composed of forming based on shearing and tensile stress, such as punching, drawing, and bending, which are fundamental to sheet metal forming, and incorporates forging methods based on compressive stress, such as crushing and extrusion, using billet materials. As a result, it enables the formation of high dimensional accuracy and high value-added shapes, such as varying thicknesses, steps, and tooth profiles, which were difficult to achieve with conventional sheet metal forming. 【Features】 ■ Utilizes cold forging technology in sheet metal forming ■ A technology that mutually leverages the advantages of both techniques through composite forming ■ High precision forming of complex-shaped parts using thick plates *For more details, please refer to the PDF document or feel free to contact us.
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【Merits】 ■ Reduction of total costs (initial investment and product costs) ■ Increased product strength due to compositional changes, allowing for weight reduction ■ Contributes to resource and energy conservation ■ Allows for varying thicknesses within the same product ■ Compared to die-cast material ADC12, FCF material A1100 has superior thermal conductivity *For more details, please refer to the PDF document or feel free to contact us.
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For more details, please refer to the PDF document or feel free to contact us.
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Toyota Giken Co., Ltd. has been able to celebrate its 50th anniversary, thanks to the support we have received since our founding as a manufacturer of automotive lighting lamps and sockets. Based on the deep drawing processing technology we have cultivated over the years, we explore various metal processing products and, supported by our mold and production equipment, we also handle three-dimensional shape press products using CAD/CAM. We view the development of technologies that are not easily followed by other companies, with overseas competitors in mind, as a forefront of our management, and we aim to contribute to society while considering environmental measures. Additionally, in July 2006, we constructed a new factory focused on metal pressing and plating in the Noi Bai Industrial Park in Hanoi, northern Vietnam, which has achieved remarkable development as an industrial city. We would like to provide an overview of our Vietnam factory as we commence operations. With the operation of the Vietnam factory, our Japanese headquarters will concentrate management resources on research and development and work on establishing new technologies. Furthermore, the Vietnam factory will aim for flexible development and expansion according to needs, and we appreciate your continued support.
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