Development of Integral Forming for New “NMAX” YECVT Parts Using the Plate Forging Method

2025-32-0005

11/03/2025

Authors Abstract
Content
Yamaha Motor Engineering Co., Ltd. provides plastic processing technology based on fuel tank press forming technology, and is developing various plastic processing methods, including forging, and developing mold equipment to realize them. This time, the core parts of the YECVT unit mounted on Yamaha Motor Co., Ltd.'s small premium scooter "NMAX" were not made by welding individual parts to each other, but by integrally forming them from a single thick plate using the cold forming method, resulting in lightweight, compact, high-strength, high-precision parts. By incorporating a composite plastic processing method that takes advantage of the characteristics of the material while making full use of analysis technology and mold technology, we were able to develop a composite plastic processing method (plate forging method) that creates new added value and mass produce it. In addition,this development has made it possible to achieve a thickness increase of 1.7 times the standard material thickness as a mass production method. 
Meta TagsDetails
DOI
https://doi.org/10.4271/2025-32-0005
Pages
8
Citation
Hongo, H., Tamaru, S., and Uda, S., "Development of Integral Forming for New “NMAX” YECVT Parts Using the Plate Forging Method," SAE Technical Paper 2025-32-0005, 2025, https://doi.org/10.4271/2025-32-0005.
Additional Details
Publisher
Published
Nov 03
Product Code
2025-32-0005
Content Type
Technical Paper
Language
English