Contributes to the lightweighting of large, thick-formed products. Ideal for automotive parts.
In the automotive industry, there is a strong demand for lightweight components to improve fuel efficiency and reduce environmental impact. It is particularly important to achieve weight reduction while maintaining strength in body and interior parts. Traditional metal components and thick resin parts can add weight and hinder efforts to lighten vehicles. Foam injection molding and SF molding contribute to weight reduction and enhance the performance of automotive parts. 【Application Scenarios】 - Body parts - Interior parts - Bumpers - Various covers 【Effects of Implementation】 - Improved fuel efficiency through weight reduction - Reduction in the number of parts - Cost reduction - Increased design flexibility
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basic information
【Features】 - Capable of molding large and complex shapes. - Can achieve weight reduction despite being thick. - Reduces sink marks, warping, and distortion compared to general molded products. - Can use a wide variety of thermoplastic resins. 【Our Strengths】 Daiichi Shoko supports your manufacturing needs. With years of experience and technology, we provide optimal products.
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Applications/Examples of results
■Large cover ■Thick-walled molded products ■Replacement from metal
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Company information
Daiichi Shoko Co., Ltd. is based in Nagano Prefecture and engages in the contract processing and sales of industrial functional and mechanical parts made from various materials. Centered around its own manufacturing plant, the company utilizes plastics, metals, rubber, films, sponges, inorganic materials, and composite materials to provide a wide range of products and services related to "monozukuri" (manufacturing) across diverse industrial sectors. Furthermore, it offers specialized units and equipment products assembled from functional parts made of resins and metals, achieving high cost performance. As a trusted partner, we assist our customers in making further leaps into new and advanced fields they aim to pursue.
