Skip to main content
Cookie Disclaimer
This site uses cookies in order to improve your user experience and to provide content tailored specifically to your interests. Detailed information on the use of cookies on this website is provided in our Privacy Policy. Click "Learn More" to change you cookie settings. By using this website, you consent to the use of cookies.
OK Learn more
Search form
  • EnglishEnglish
  • FrenchFrench
  • GermanGerman
  • SpanishSpanish
  • RussianRussian
  • PolishPolish
  • ItalianItalian
  • PortuguesePortuguese
  • JapaneseJapanese
  • ChineseChinese
  • ThaiThai
  • KoreanKorean
  • Kontakt
  • Ke stažení
  • Kariéra
  • Investoři
  • myESI
ESI Group - Úvodní stránka
  • Virtual Prototyping
    Building the Virtual Prototype Enabling the Factory of the Future Delivering the Hybrid Twin™
  • Softwarová řešení
    Virtuální výroba
    Slévárenství Kompozitní materiály Tváření plechů Svařování Additive Manufacturing Plastics
    Virtuální realizace
    Virtual Performance Solution Virtual Seat Solution VA One
    Virtuální prostředí
    CFD & Multifyzika Elektromagnetismus Virtual Systems & Controls
    Virtuální integrace
    Multidisciplinární simulace Podpora rozhodování
    Virtuální realita
    IC.IDO
    Data Analytics
    Simulation Data Analytics Cyber Security Design Space Exploration
    System Modeling
    SimulationX
  • Technické služby
    Konzultace Technická podpora Zákaznický portál myESI Školení
  • Průmysl
    Letecký a kosmický průmysl & Obrana Elektronika & Spotřební zboží Energetika Automobilový průmysl & Doprava Těžký průmysl & Strojírenství Námořní průmysl
  • Společnost
    O společnosti ESI MECAS ESI Customer Successes Tisk Události Aliance Investoři Kariéra Ve světě
  • Úvodní stránka >
  • Společnost >
  • Customer Successes >
  • ESI PAM-COMPOSITES Helps Kotobukiya Fronte Manufacture High-Quality Sound Absorbing Automotive Carpets
SPOLEČNOST
  • O společnosti ESI
  • Customer Successes
    • Tisk
    • Události
    • Aliance
    • Investoři
    • Kariéra
    • Ve světě

    Kontaktujte nás

    Kontaktujte nás
    Telefon +420 377 432 931
    Mail
    Sdílet Sdílet
    Tisk E-mail Facebook Twitter Linkedin

    ESI PAM-COMPOSITES Helps Kotobukiya Fronte Manufacture High-Quality Sound Absorbing Automotive Carpets

    TradeKompozitní materiályIndustryAutomobilový průmysl & Doprava
    www.kf-k.co.jp
    ESI PAM-COMPOSITES is equipped with the features and parameters necessary for carpet analysis. The analysis accuracy and the usability are excellent, and graphical display of analysis results is easy to understand, which is why we rate it highly. We consult with ESI daily about various matters such as how to reduce calculation time or what kind of modeling is necessary. ESI Japan is also actively and frequently providing information. We recognize that the early practical application of simulation of sound absorption type carpet is largely owed to support from ESI Japan.
    Mr. Takumi Fujino: Acoustic & Simulation Group / R&D Department KOTOBUKIYA FRONTE CO., LTD

    Challenge

    In the last decade, major material changes occurred in floor carpets as a shift was made from using rubber to synthetic materials. This increased the manufacturing difficulty and made existing knowledge obsolete. As Kotobukiya Fronte produces roughly 30 kinds of complex synthetic floor carpets, in the thousands every month, they need to be able to adopt new floor designs quickly and insure a high production rate. Additionally, it is imperative for them to validate and integrate new materials quickly.

    Story

    Around 2010, the main function of floor carpets for automobiles changed from sound insulation to sound absorption. This evolution was made possible by using synthetic fiber materials in place of high-density rubber based materials. Because of the positive environmental impact of synthetic fiber material (lightweight, hence less fuel consumption) and its dual function (sound absorption + insulation), sound absorptive floor carpeting has become the new standard in cars. Their only downfall is that they are difficult to form and require new manufacturing processes. Read the complete story. 

    Benefits

    ESI PAM-COMPOSITES allowed Kotobukiya Fronte to adapt to innovations smoothly and quickly as they switched from sound insulating to sound absorptive floor carpeting. The simulation software enabled them to establish and improve their manufacturing methods quickly, inexpensively and as early as possible in their product development process.


    Want to know more?

    In case you don't see the form or can't register please follow this link.

    Stáhnout v PDF formě

    • ESI PAM-COMPOSITES Helps Kotobukiya Fronte Manufacture High-Quality Sound Absorbing Automotive Carpets
      PDF / 1.18 MB

    QR code

    Page URL:
    https://www.esi-group.com/spolecnost/customer-successes/esi-pam-composites-helps-kotobukiya-fronte-manufacture-high-quality-sound-absorbing-automotive
    Permanent link to the page:
    https://www.esi-group.com/node/6284
    • Virtual Prototyping
      Building the Virtual Prototype Enabling the Factory of the Future Delivering the Hybrid Twin™
    • Softwarová řešení
      Virtuální výroba Virtuální realizace Virtuální prostředí Virtuální integrace Virtuální realita Data Analytics System Modeling
    • Technické služby
      Konzultace Technická podpora Zákaznický portál myESI Školení
    • Průmysl
      Letecký a kosmický průmysl & Obrana Elektronika & Spotřební zboží Energetika Automobilový průmysl & Doprava Těžký průmysl & Strojírenství Námořní průmysl
    • Společnost
      O společnosti ESI MECAS ESI Tisk Události Aliance Investoři

    MECAS ESI - Plzeň

    Location Map Ukázat na mapě
    Phone +420 377 432 931 +420 377 432 931
    Address Brojova 2113/16
    Phone 326 00 Plzeň CZ

    MECAS ESI - Brno

    Location Map Ukázat na mapě
    Phone +420 511 188 877 +420 511 188 877
    Address Technická 15
    Phone 616 00 Brno CZ
    • Ochrana osobních údajů & Podmínky použití
    • Právní informace
    • Cookie settings
    • Glossary
    • © ESI Group 2019
    • Facebook
    • Twitter
    • YouTube
    • LinkedIn
    • news RSS

    Version: Desktop | Mobile