TANDEM STAMPING PRESS LINES FROM AIDA

Factors affecting productivity of a Tandem Line:
■ Part weight and size
■ Drawing depth
■ Distance between presses
■ Automation performance
■ Type of operation mode
■ Press drive
■ Press speed
Features & Benefits
Eccentric Drive
- Eccentric Gear Execution
- Welded Frame (According to size)
- Fixed Pin
- Integrated Temperature Monitoring System (Option)
- High Stiffness
- Low Number of Parts
- High Reliability
- High Con-rod Length / Crank Ratio
- High Stiffness
- Lower Working Speed
- In Line Configuration at BDC
- High productivity
AccessoriesHydraulic Overload System
■Quick (High Flow) Release System
■Synchronous Control System
■Quick Refill Unit
Cushions
■ Pneumatic Cushions
■ Hydraulic CNC Cushion
Ejectors
Die-holder plate Spigot-Wedge
Moving Bolster
■ Left to Right movement
■ T-Track movement
■ Electric Drive (Semi-automatic or Fully automatic)
■ Pneumatic Drive (Semi-automatic)
■ Tool Automation Connection
■ Pneumatic, Lubrication, Electric Utilities Connection
■ Automatic / Semi-automatic Quick Connection System
Productivity samples for G1 Tandem Line (std automation) | |
Side panel of a C/D class car | 6,5 ÷ 7,5 parts/minute |
Side panel of a B class car | 8,5 ÷ 9 parts/minute |
Small panels – low drawing depth | 10 parts/minute |
Productivity samples for G3 Tandem Line | |
Max productivity | 14 parts/minute |
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July 16, 2020