Development of Forming Systems for Aluminum and Ultra-High-Tensile Steel
First written in FY2016. 6 of 9 entries say "Advanced", first in FY2017. Latest entry: 2026-08-07.
3 other companies' latest entry also says "Advanced".
- 2026-08-07AdvancedOther Disclosures
「当社の「横型成形機 DPH」が「審査委員会特別賞」を受賞いたしましたのでお知らせいたします。」
EV・蓄電池向け成形技術として開発・販売されたDPHについて、デザイン面および環境性能を含む成形概念の革新性が評価された受賞実績が追加された。 - FY2026AdvancedAnnual report
「We developed the DIS dedicated machine specializing in forming battery cases for storage batteries and began sales.」
For forming technology for EVs and storage batteries, the Company reported development and the start of sales of DIS, a dedicated machine for forming battery cases through high-speed deep drawing, in addition to DPH. - 2026-05-30RestatedGeneral Meetings of Shareholders
「アルミ材やハイテン材の成形においては生産システム提案を展開します。」
軽量素材・高張力材への成形システム対応が新中期経営計画でも継続して示された。 - FY2025AdvancedAnnual report
「We developed the DPH dedicated machine for forming prismatic battery cases for storage batteries. Using the new-process assisted deep-drawing technology (PAT.), the punch moves horizontally to form the product sequentially, enabling the entire process from blanking to product discharge to be completed in 1 stroke.」
For forming technology for EVs and storage batteries, the Company developed the DPH dedicated machine, which forms prismatic battery cases in 1 stroke. - FY2024AdvancedAnnual report
「We will further differentiate ourselves by launching a large high-speed press with one of the industry's largest working areas. We are also developing new processes for battery-case production and aim to commercialize them at an early stage.」
For EV forming systems, the Company announced the launch of a large high-speed press with one of the industry's largest working areas, as well as development and commercialization of processes for battery cases. - FY2022AdvancedAnnual report
「To meet growing EV demand, we are developing processes and forming systems for lightweight prismatic battery cases in various shapes. After repeated improvements to deep drawing and lubrication methods, we completed a prototype machine that enables substantial space savings compared with conventional equipment.」
Technology development for lightweight materials has expanded from conventional high-tensile steel sheets, aluminum and carbon fiber to processes and forming systems for prismatic EV battery cases, and the Company reported completion of a space-saving prototype machine. - FY2021RestatedAnnual report
「We continue to develop forming systems for lightweight materials such as high-tensile steel sheets, aluminum and carbon fiber using servo presses.」
Development of forming systems for lightweight materials such as high-tensile steel sheets, aluminum and carbon fiber is continuing. - FY2017AdvancedAnnual report
「Leveraging the servo press's ability to freely set various motions, we developed a large 2,000-ton, four-point servo press for hot stamping ultra-high-tensile steel sheets, enabling stable quench hardening through dwell time at the bottom dead center.」
In addition to accommodating aluminum and ultra-high-tensile materials, the Company developed a large 2,000-ton servo press for hot stamping. - FY2016First statedAnnual report
「We are advancing development toward the commercialization of production systems for high-precision aluminum-alloy components and other products using servo presses, as well as cold press-forming systems for ultra-high-tensile materials.」
Against the backdrop of lighter and safer vehicles, the Company is developing capabilities for aluminum alloys and ultra-high-tensile materials.