1～5 item / All 5 items
精密さと耐久性を両立。多数個取りでも安定成形を実現！生産効率を高める技術資料を配布中！
不二精機の精密金型は、医療・容器・自動車分野で幅広く採用されています。 ハイサイクル対応とロングライフ設計により、同一成形機でも高い取数と安定した品質を両立。 PET・PP・COP・PVC・K樹脂・MBSなど多様な素材特性を考慮した最適設計を行っています。 さらに、国内開発後も海外拠点でのメンテナンス体制を整備し、グローバルなサポートを実現。 キャビティ精度・互換性・保守性を高水準で維持しながら、効率的な成形環境を提供します。 【実績例】 ・採血管（PET／32取）・ピペット（PP／48取） ・COPバレル（COP／8取）・TP外（PVC・K樹脂・MBS／48取） ・オーバーキャップ（PP／32取） さらに、金型＋αのご提案で最適な成型環境を実現！ ※詳細はPDFダウンロードまたはお気軽にお問い合わせください。
Leave the design development support and the design and manufacturing of precision metal press/plastic molding molds to us!
At Ring Co., Ltd., we design metal press molds and plastic molding molds of different natures in the same factory, providing one-stop support from prototyping to product manufacturing and assembly. We prioritize customer requests, systematically implementing factory line reviews, machinery introductions, and skill acquisition, constantly making proposals. With a higher level of thinking, trends, knowledge, and technology, we can make adjustments based on rational judgment. 【Business Activities】 ■ Design and development support ■ Design and manufacturing of precision metal press molds ■ Design and manufacturing of precision plastic molding molds *For more details, please refer to the PDF materials or feel free to contact us.
Achieving stabilization of molding through shape optimization and review of the cooling circuit! Introducing examples of molds that have realized stability and improvement in production! Technical materials are also being provided.
The precision molds from Fuji Seiki are widely used in the medical, container, and automotive fields. With high cycle compatibility and long-life design, they achieve both high production counts and stable quality even with the same molding machine. We conduct optimal designs considering the diverse material characteristics of PET, PP, COP, PVC, K resin, MBS, and more. We faced challenges in quality stability due to variations in molding conditions. → By optimizing shapes and reviewing cooling circuits, we have achieved stabilization in molding! This case study supports continuous improvement by building a "consultative relationship" with customers. 【Features】 ■ Improved productivity for high cycles ■ Cost reduction through high-volume production ■ Excellent compatibility in design ■ Strict management of cavity-to-cavity differences ■ Material selection ensuring durability ■ Consideration for ease of disassembly/assembly, significantly improving maintenance efficiency *For more details, please download the PDF or feel free to contact us.
Our area of expertise is "ultra-precision molds"! We support Japan's industry and future through our molds.
Since its founding, Sousei Engineering has made it its philosophy to continuously create new technologies centered on advanced mold processing techniques and contribute to the development of society. We provide a supply of processed parts that can accommodate a wide variety of industries and products, in addition to processing technologies tailored to mold specifications, such as proposals for new structural components resulting from the fusion of 3D printing and our processing technology capabilities, along with a processing technology-oriented approach. With the spirit of "Mind of Technology," we aim to be a company that satisfies our customers and continue to pursue creativity and challenges. 【Sales Items】 ■ Mold design, manufacturing, and prototyping (Precision transfer molding molds, ultra-precision injection molding molds, press molds) ■ Design and manufacturing of various mold components and jigs *For more details, please refer to the PDF document or feel free to contact us.
![High difficulty molds [*Case study of adoption in the Tier 1 automotive industry*]](https://image.mono.ipros.com/public/product/image/2063432/IPROS8539764832874189332.png?w=280&h=280)
Proposing optimal fluid balance design to resolve quality issues! Introducing examples of high-difficulty molds! Technical materials are also available!
The precision molds from Fuji Seiki are widely used in the medical, container, and automotive fields. With high-cycle compatibility and long-life design, they achieve both high output and stable quality even with the same molding machine. We conduct optimal designs considering the diverse material properties of PET, PP, COP, PVC, K resin, MBS, and more. Challenge: Resin burrs caused by thickness variation in laminated press products → We propose an optimal flow balance design to resolve quality issues! For high-difficulty molding challenges, we utilize flow analysis for gate placement and balance design, suppressing burr occurrence through optimization on the mold side. This has improved production stability. 【Features】 ■ Increased productivity for high-cycle production ■ Cost reduction through multiple cavity designs ■ Excellent compatibility in design ■ Strict management of cavity-to-cavity differences ■ Material selection ensuring durability ■ Consideration for ease of disassembly/assembly, significantly improving maintenance efficiency *For details, please download the PDF or feel free to contact us.
