株式会社アマダプレスシステム
Exhibitor name |
株式会社アマダプレスシステム
AMADA PRESS SYSTEM CO., LTD.
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Booth NO. | 6B-451 |
Address |
〒259-1196 神奈川県 伊勢原市石田200 Ishida 200, Isehara, Kanagawa, 259-1196 Japan |
Website | https://www.amp.amada.co.jp/ |
Phone number | +81-463-96-3323 |
PR message | We will exhibit the "SDEW-8010i3 GORIKI" High-Rigidity Digital AC Servo Press and the "LCC03KR5" NC Straightener-Feeder under the theme of "Digital solutions for the future." At the booth, we will be demonstrating bus bar processing, which improves productivity with high-speed pendulum motion. |
The Main Item |
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The name of Item[1] | "SDEW-8010i3 GORIKI" High-Rigidity Digital AC Servo Press (2-point) |
Details[1] |
The long-awaited double-crank mechanism is now available in the lineup of this GORIKI Series. The double crank mechanism and the 8-sided gib guide structure of the slide section are used in the highly rigid GORIKI to enhance the front-back and left-right eccentric load bearing characteristics, making this stamping press machine suitable for a wider range of processing needs, such as processing of automotive electrical components for EVs, which have many asymmetrical parts. |
The name of Item[2] | "LCC03KR5" NC Straightener-Feeder |
Details[2] |
Equipped with the newly developed ECO & SILENT Release Mechanism, which significantly reduces air consumption. In addition, the CCS control, which is being also unveiled for the first time, will help support the diversification and sophistication of products and reduce work time. With 11 work rolls consisting of 6 upper and 5 lower rolls improves the flatness of the material and contributes to high-precision processing. In addition, by adopting a top and bottom open structure of the straightener, it is possible to easily clean the rolls, which tended to be a bottleneck for maintenance in the past, making this straightener-feeder even more user-friendly. |
Category of Exhibit Items |
H. PRESS FORMING MACHINES Servo Press I. ACCESSORIES & TOOLS FOR PRESS FORMING MACHINES Material Feed Unit Robot, Automation System N. PARTS PROCESSING TECHNOLOGY Plasticity Processing |