[Recommended Example] Replacement of press terminals with cutting pins
We can minimize material loss to the extreme, allowing us to provide products at a low cost!
We would like to introduce a case study regarding the replacement of press terminals and cutting pins that we conducted. Products processed from wire material through header processing do not generate cutting chips or scrap. This allows us to minimize material loss to the extreme, enabling us to provide products at a low cost. Additionally, we can achieve high precision in dimensions. Please feel free to contact us if you have any requests. 【Case Overview】 ■Challenges - Press processing generates scrap - Cutting processing generates cutting chips ■Results - Header processing of wire material does not produce waste - Finished products have the same dimensions *For more details, please refer to the related links or feel free to contact us.
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Through years of accumulated expertise in the plastic processing technology of wire materials, we are capable of producing a wide range of products, from micro pins with a wire diameter of φ100μm or less to large forged parts for automobiles, all through header forging processing. With over 2,000 in-house processing machines, we have established a mass production system for some of the world's leading forged components. For PGA terminals used in CPUs for personal computers, where we have achieved a top global market share, we supply over 10 billion units monthly, contributing to the advancement of the IT society. Leveraging our know-how in forging processing, we respond to the needs of customers across various fields, including consumer goods, automotive, and medical applications. Additionally, we possess a consistent manufacturing line that extends from forging processing to plating, press processing, insert molding, and assembly of components, allowing us to provide parts with higher added value by combining various processing methods, not just limited to forging. We also cater to a wide range of needs, including OEM assembly of high-quality parts such as automotive sensor components and other vehicle parts that require stringent quality standards.