Articulated robot SAT-M

6-axistransferhandling

Overview
We provide details on AIDA ENGINEERING, LTD.'s exhibit at the FY2026 Japan Metal Stamping Technology Exhibition. The booth features high-speed material handling using SAT-M transfer robots and ARB articulated robots, live forming demonstrations of rectangular battery cases with the dedicated DPH-80-30 Former, and an AiCARE-based die maintenance solution using AI and RFID.

New Products

• SAT-M — High-Speed Transfer Robots: newly developed drive mechanisms and synchronization control systems to enable high-speed transfer and precise synchronization with C-frame presses.
• ARB — High-Speed Articulated Joint Robots: articulated robots designed for direct press-to-press conveyance at high line speeds.

DPH-80-30 Dedicated Former
DPH-80-30 is a dedicated machine for forming rectangular battery cases. Its multi-stage assisted draw-forming method reduces the number of forming stages compared with conventional press metalforming and enables compact, environmentally conscious production of rectangular battery cases.

Live Demos
Onsite demonstrations will form battery cases using a new high-speed transfer robot in combination with the DPH-80-30 Former. Demonstration schedules are posted at the exhibition booth.

Examples of Exhibited Forming Samples

• Automotive Joint — recipient of the 2024-2025 MF Technology Grand Prize
• Thick Automotive Flange — recipient of the 2022-2023 MF Technology Grand Prize
• Motor Core
• Rectangular Battery Case (sample formed by DPH-80-30)

Event Overview
[Event Name]
JAPAN METAL STAMPING TECHNOLOGY EXHIBITION 2026 <NAGOYA>
[Dates]
May 20~22, 2026 (Wed. - Fri.) 10:00 ~ 17:00
[Venue]
Port Messe Nagoya, Exhibition Hall 1
[Sponsor]
Japan Metal Stamping Association
[Management]
INTERMOLD Development Association
[Admission Charge]
¥3,000 (Tax Included) — admission free for those who pre-register and bring their visitor badge

Technical specifications

• Manufacturer / Brand: AIDA ENGINEERING, LTD.
• Highlighted models: SAT-M (High-Speed Transfer Robots), ARB (High-Speed Articulated Joint Robots), DPH-80-30 (Dedicated Former)
• DPH-80-30 forming method: multi-stage assisted draw-forming (reduces number of forming stages vs. press metalforming)
• Applications: rectangular battery cases; compact and environmentally conscious battery case production
• Robot performance: achieved line takt time of min-1 for direct press-to-press conveyance (transfer pitch: 1800 mm)
• Exhibited sample types: automotive joint, thick automotive flange, motor core, rectangular battery case